3 Dimensional Realtime VR Software Package, which support
the consensus building in road and public construction projects
International Version (Japanese, English, Chinese,
Korean, Italian, German)

UC-win/Road Ver.17

Initial Release:2000.05.09 / Latest Ver.:2022.06.03

Driving Sim
CIM Lite
Multi User Client Version
Presentation Version
Cluster Client Version
Free Viewer Version

Plug-in Option Price List

Program Overview >> New Functions of Ver.17 NEW!

3D real-time virtual reality software UC-win/Road won the 2002 Software Product of the Year.
It is advanced software that enables the creation of large scale 3D spaces for all sorts of projects by simple PC operations and with which you can give a variety of presentations in real-time.

Standard / CAD Data Utilization

●Terrain data and map are included on the database.
●Arbitrary terrain and world geographic coordinate system conversion.
●Paste of satellite photo, DXF-XML conversion, 3D and 2D terrain editing
●3D and 2D data exchange with CAD by Shape, IFC, and DWG

Digital map of geospatial information authority of Japan
50m mesh elevation (nationwide) (2000, #173). 5m mesh elevation, import of GSI tiles

Geographical features of the world

  • 50m topographic mesh of New Zealand
  • "CGIAR-CSI SRTM 90m Database" for all parts of the world geographical features of China and Australia
  • SRTM(90m mesh), ASTER(30m mesh)
  • BlueMarbleNextGeneration(500m mesh)(Support the topography of the seabed)
  • World geographic coordinate system conversion tool authorization: (#603, Planning and Coordination Division of the Geographical Survey Institute)
  • Highly accurate terrain can be created whilst specifying its resolution.

●PLATEAU data import

Road, building and bridge data can be imported from PLATEAU, a project initiated by the Ministry of Land, Infrastructure, Transport and Tourism to develop, utilize, and make open data 3D city models across Japan. It can also be used with GIS data such as Shape files and point cloud data supported by UC-win/Road.
By overlaying various information on infrastructure development plans and urban activities on this base data, it can be used for urban planning, simulation and analysis. The system also supports CityGML, which defines all kinds of attribute information on buildings, structures, etc.

Left: PLATEAU (Nihonbashi, Toky)
Right: PLATEAU data imported in UC-win/Road

PLATEAU data utilized in UC-win/Road 3D Hazard Map

Import CityGML models to check the attribute
of Shinagawa Station (Terrain and aerial photos published
by Geospatial Information Authority of Japan)

Efficient VR data creation assistance through the use of standard models/textures and an extensive download DB

In addition to the standard data including 3D models and textures, extensive downloads are available directly from the UC-win/RoadDB on the Internet. Useful editing and movement tools are available, allowing scaling up and down, movement, rotation, inclination and arrangement of models. Action setting offers generation and motion control of moving models. Signs, stairs, escalators, and fences can be created by using parametric entering.

Easy creation of a complicated road structure is available with high definition.

All sorts of lines such as roads, rivers, lakes or flight paths can be set up with parameters or free hand drawing and roads, tunnels, bridges, rivers or walking routes can be automatically created.
Tunnel and bridge sections are set by the definition of a horizontal road alignment (clothoid and spline supported) and a vertical alignment. Texture process and cutting and banking process considering small steps are conducted in the section definition. Complicated road structures can be created easily by the linear and section functions.

Traffic flow creation

Traffic flow creation by traffic volume setting and ratio of Traffic Generators / Flow by vehicle type. Control of collision

Improved cuttings and banks and rounding of a small stage

We have improved the setting method of cuttings and banks. It allows the setting of width, angle of slope and textures for each stage of the right side and the left side. The rounding can be set for the berm.

Various Data Linkage

IFC, Shape, LandXML, and DWG. Other data cooperation expands the engineering world infinitely.


●Linkage with terrain data

・Input/Output point cloud data -> Create terrain
・Input/Output IFC data
・LandXML Import
・UAV plug-in
・12d Model plug-in

▲Point cloud plug-in

▲IFC plug-in

▲LandXML import

Outline Design / Detailed Design

●Data link with UC-1 Design Series

●Data link with Road CAD

・IFC data input/output
・LandXML import
・DWG plug-in

●Data linkage with 3D CAD


▲UC-1 series

▲DWG export result / UC-win/Road


▲3D Parametric Tool

Simulation / Design Check

●Data link with UC-1 Design Series

・3D bar arrangement CAD
・3DCAD Studio®

●Data link with analysis software

・Engineer’s Studio®
・Debris Flow Simulation
・EXODUS plug-in
・xpswmm plug-in

●Data link with traffic AP


●Design check


▲3D bar arrangement CAD

▲FEM analysis

▲BIM/CIM Design Check Tool

▲CG rendering


●Construction Simulation

・4D simulation
・Soil calculation
・Quantity calculation

▲4D simulation

▲Soil calculation

Suite Addition

▲Quantity calculation linked with Suite Addition


●Digital Twin


・UAV plug-in

▲UAV plug-in

Large-scale VR support

64bit native support. It's possible to create data from the size of a dice to several hundred kilometer road structure in the same space.

Dynamic display of LOD and the smooth processing of vast terrain and many fine models.

Various displays with the Visual Options Tool. Traffic simulation of road hazards are also available.

Also available are real-time control of time,weather, and lighting. You can display day and night scenes with a range of lighting conditions using the artificial light feature. Generating traffic streams based on traffic volume, vehicle profiles, traffic light configurations, as well as simulating traffic obstructions, disasters and accidents can also be carried out.

Real-time VR operation by simple operations. A variety of functions helping presenters

Driving simulations

UC-win/Road supports several driving modes (speed of car, lane changing, height of viewpoint, viewpoint switching in 8 directions) and dynamic movement of viewpoint (from other cars, up and down, turn head). Automatic flight and walk-throughs are available with the flight path setting (editing in the 3D display is supported). More advanced simulation can be performed with manual driving and support for a 3D cockpit and multi-monitors.

Camera position switching by Before/After

Before, After, and user specified display of model, sign, and tree up to 20 patterns.


Set various moves to models and simulate scenarios with possible events and conditions to be tested makes viewers to understand the meaning of VR creation.

Easy and detailed setting

Multi-user Scenario

Cooperating with the existing multi-user cluster function, it is possible to change scenario transition conditions according to the status of client users. Also, events can be issued to not only main users but also client users.


UC-win/Road TOPICS

UC-win/Road TOPICS

Awards Won the Special award of the 8th CSAJ Alliance Award! (Japanese)
Awarded product:UC-win/Road for SaaS (Current name: VR-Cloud®)
  This award is organized by Computer Software Association of Japan. http://www.csaj.jp/
  The judgement is performed based on the actual achievement and potential of affiliation, the number of business,
future possibilities, marketability, and technology.
Awarded with "Outstanding Technology Award" at the Construction
Technology Expo, Kinki, 2003!
Software Product of the Year 2002
SOFTWARE PRODUCT OF THE YEAR 2002! Awarded in "Social/life category"
  This award is given by Software Information Center (SOFTIC)http://www.softic.or.jp to excellent software products.

UC-win/Road Ver.14 passed a OCF test for software supporting 3D design data based on LandXML.

On Nov. 29, 2019, UC-win/Road Ver.14 passed a OCF test for software supporting 3D design data based on LandXML.
(OCF: http://www.ocf.or.jp/)

UC-win/Road Ver.12 acquired PSQ certification

On June 28, 2017, FORUM8 acquired "Approval" certification based on the PSQ certificate system for UC-win/Road Ver.12.1.
Press Release

Related Information

Related Information

◆Press Release
FORUM8 has released VR Design Studio UC-win/Road Ver.14.('19 November 20th)
FORUM8 released UC-win/Road Ver.12 and acquired patents related to VR and DS. ('17 July 7, in Japanese)
◆Related Product
UC-win/Road Support System
3D・VR Engineering Service
◆New Product Information
UC-win/Road Ver.15 (Up&Coming '21 New Year issue)
UC-win/Road Ver.15 (Up&Coming '20 Fall issue)
UC-win/Road Ver.14.2 (Up&Coming '20 Summer issue)
UC-win/Road Ver.14.1 4D Simulation Plug-in (Up&Coming '20 Spring issue)
UC-win/Road Ver.14 (Up&Coming 2019 Spring issue)
UC-win/Road Ver.14 4D simulation (Up&Coming 2018 Fall issue)
◆Up&Coming series
Support Topics
◆Seminar & Event Report
The 17th 3D VR Simulation Contest on Cloud (Up&Coming '19 New Year issue)
◆Video Gallery / Contest
Video Gallery of Examples of Practical Use of UC-win/Road
The 18th 3D VR Simulation Contest Review
◆Keynote Speech / Presentation Papers
Conference about BIM at Pisa University in Italy UC-win/Road Ver.6 is available in Italian.
UC-win/Road VR seminar

UC-win/Road Ver.17 New Features

- Related Information UC-win/Road Ver.17 (Up&Coming ’23 Spring issue)

●CityGML Data Export

UC-win/Road is used as a platform to create, edit and output city models from UC-win/Road. UC-win/Road can output LOD1-2 building models and LOD1 road and terrain models, etc. When PLATEAU's CityGML is loaded, the CityGML data can be re-exported with the same information as the CityGML data, so that the original information can be reproduced and output as much as possible except for the parts that have been changed.

UC-win/Road city model data

Display CityGML data exported from UC-win/Road on viewer

●Import of Flood Navi Data

The Tsunami Plug-in is now equipped with a function to download inundation data from the Flood Navi system of the Ministry of Land, Infrastructure, Transport and Tourism, enabling visual inundation simulations using the data on UC-win/Road. It is possible to check water level changes over time and visualize gradients to create a realistic representation of the water surface by using the Tsunami Plug-in function.

Simulation on UC-win/Road using Flood Navi data

Animation on the MLIT's Flood Navi

●VISSIM linkage

  • UC-win/Road Ver.17 can be linked to VISSIM 2023.
  • VISSIM TCP linkage
    UC-win/Road and VISSIM can be linked even if they are installed on the different PCs.
  • VISSIM Multi User
    When a cluster linkage is established and the master PC is cooperated with a VISSIM, the vehicles operated by the multi-user client are also sent to VISSIM.

▲ Vehicle and pedestrian flow analysis by VISSIM is imported into VR (The 21st 3D VR Simulation Contest on Cloud Essence Award
"VR Simulation Reproducing Traffic around Hon Atsugi Station" Oriental Consultants Co., LTD.)

●Python Interface (COM API)

Python API accesses the main functions of UC-win/Road via COM to control such as driving simulator, model and characters, main screen camera, ribon menu items and buttons, etc.

Script editor

●Improvement of Road Editing

Useful features have been added for more efficient road modeling.

  • Undo/Redo
    UC-win/Road can undo up to 10 previous operations, and the Redo function to cancel the previous Undo operation has also been added.
  • Save and Import Road Alignment
    Export/Import and copy/paste functions for road alignments will be available in the Plan View. The road cross section and road surface texture used in the alignment are saved along with the alignment, allowing for accurate reproduction of the road geometry and materials.
  • Change Road Start/End Point


A function to represent this LKA movement has been added. The function calculates the amount of deviation from the correct lane and computes the force applied to the steering wheel and the amount of steering wheel correction according to this deviation and speed. The reaction force on the steering wheel will be reflected in game controllers that support force feedback and will be compatible with various driving simulator hardware that supports torque control. In addition, it is possible to play a pre-set warning sound when the vehicle deviates from its lane. Assuming the linkage between this function and external systems, it can acquire the calculation results of this function in real time, enabling it to be used in the research and development of HMI and traffic safety systems linked to the LKA function.

LKA function

LKA parameter setting

Functions and Features

Plan & Design

●Digital map of geospatial information authority of Japan

50m mesh (elevation)(Approved number: 2000, #173), Format of 5m/10m mesh (elevation)

●Geographical features of the world

  • The geographical features are enhanced.
  • Using the "CGIAR-CSI SRTM 90m Database" for all parts of the world, geographical features of China and Australia are installed in UC-win/Road.
  • SRTM(90m mesh), ASTER(30m mesh)
  • BlueMarbleNextGeneration(500m mesh)(Support the topography of the seabed)
  • Highly accurate terrain can be created whilst specifying its resolution.
  • The large terrain exceeding 100km in area can now be generated.

▲ Seafloor topography

●OpenDrive Import

ASAM OpenDRIVE® files can be imported. This function reduces costs for creating simulation environments by importing road networks (road, lane) created in external software into UC-win/Road via OpenDRIVE®. The supported version is ASAM OpenDRIVE® Version: 1.7.0.

●Curve calculation function

Curve parameter of IP point can be calculated from dot sequence obtained by GPS.

●Road-Terrain matching process

Deal with terrain matching processing in addition to cutting and banking by road generation.

▲ Leveling processing

●Vertical curve of railroad

Ability to draw the centerline for railway surveying and the centerline of structure for construction surveying, transition curves and vertical curves, cant of a railway track, railroad switch. Trains can be made to travel over multiple tracks.
Transition Curves: Clothoid, Cubic parabola, Sine half wave length curve
Vertical Curves: Secondary parabola, circular curves

●River, road cross section

Planar and longitudinal alignment is now possible.

●Transparency of cross sections

Transparency rates of parts are selectable in the cross section editor. Transparency of transparent panels and translucency of a sound insulation wall or balustrade can be expressed easily

●Improved cuttings and banks and rounding of a small stage

We have improved the setting method of cuttings and banks. It allows the setting of width, angle of slope and textures for each stage of the right side and the left side. The rounding can be set for the berm.

●Generating forests

This feature allows the automatic generation of between several hundred and several thousand trees at predefined locations. Collective deletion is also available.

●Enhanced intersection function

More intersection types including rotary and L type are now available for generation. Complicated flat crossing and road signs are supported through 3DS output editing. The improvement realizing for vehicles to run on the model at intersection was added.

●Tool for editing intersection

The function to generate road surface texture semi-automatically. It reduces the work load of texture generation work.

●Tool for editing building

Users can create 3D building models in any shape they wish whether it is square, circle, free form, or a combination. It shows the front-back, right-left, height and size and texture of surface for both day and night.

●3D text

Generation and arrangement of 3D text on 3D space are available.

●Video wall and video player

Animation video display including cylindrical screen can be reproduced as 3D object.

▲ Videos can be played on the curved surface.

●Visualization of fire and smoke

With this function, you can present various phenomena including fire, bonfires, stream from hot springs and smoke from chimneys. The visualization and movement of smoke and fire inside tunnels is significantly improved.

●Parametric 3D modeling

Sing, stairway, escalator, fence by parametric input can be generated. In case of stairway, the width, height, number of bars and texture can be assigned.

List of model panel
general model / vehicle / cab / 3D cockpit / road structure / flags / terrain texture / video wall / buildings / rail trailers / trailers / signals / characters / trees / fire and smoke / 3D strings

●FBX 3D model

FBX file used for various kinds of models which have high accuracy is now supported. It supports the animation function using bone and allows to set the degree of transparency information and lighting effect and even to import Collada file including SketchUp etc.

●LOD (Level Of Detail) function

LOD (Level Of Detail) Function is be used in the display of the MD3 Character, 3D Model, FBX Scene

●DWG and DXF Import / Export

A breakthrough function to support CIM

  • Import (2D/3D): Road Section, 3D model
  • Export: by category (model, line shape, geography), whole

Traffic Simulation

●Traffic simulation function

  • Packetization of vehicle
  • Setting probability of each route group
  • Motion control point in the event transition
  • Setting the number of stranded vehicles
  • Scenario within an intersection
  • Save traffic conditions (Control scenarios/scripts/contexts using traffic snapshot function)
  • Improvement of scenario function
    Vehicle speed, lane(s), speed limit can be dynamically assigned. Various commands against leading vehicle (can be applied to traffic flow, vehicle within a scenario played by Micro Simulation Player)

●Signal control / Traffic simulation with road hazards

Traffic simulations based on vehicle performance are supported. It is compatible with various traffic rules, signal control and traffic lane control, and car lights and signal expression in traffic simulation are available.

●Traffic rules setting

Traffic rules for Japan, New Zealand, China and Korea are loaded by default and moreover new rules can be added freely.

●Off-Road function

Users can drive vehicles around the 3D VR space using a steering wheel, a game controller or the keyboard in UC-win/Road.

●Traffic connector

The virtual type which connects between moving nodes can be defined and the traffic movement can be set from edit window of plan view or main menu.

●Vehicle configuration/waypoints

Configuration of driving routes, starting positions, running behind other vehicles (e.g. trains), sound configuration and railroad crossings, by setting action control points, is available.

●Display revolving wheels, steering angle

With vehicle plug-in, displaying revolving wheels and the steering angle is possible by defining the front and rear wheels.


Visualization of traffic analysis reading the result of traffic analysis of VISSIM.

●Interaction function

The interference check on the traffic flow and self-vehicle course generated from various traffic analysis software, such as VISSIM and S-PARAMICS.(within less than 200m) The oncoming vehicles decrease speed automatically.


Dividing movement mode and simple viewpoint operation clearly, support the viewpoint operation in a movement mode.

Movement mode Possible viewpoint operation
Free movement Rotation, moving back and forth horizontal and vertical movement,
free flight, satellite movement, jump
Running, Flight, Driving Rotation, rotation on an axis of object, satellite movement
Walking Rotation, jump
Chasing Rotation centering around object, satellite movement

●Special weather effect and illumination

The function of rain and snow expression is lifelike. Fog, thunder, wiper(Can be operated with the axis of the upper surface of the windshield) and water splashing can specify the execution area.

▲Road surface

▲Water puddle

▲Rain ripple

▲Road mirage

▲Water splashing


▲Windshield wiper (rain)

▲windshield wiper (snow)

▲Wiper (Bus/Heavy-duty truck)

●Walking simulation

Speed alteration while walking is available. Walking operation with mouse was added.

●Movement of walking crowd

Pathway arrange in 3D space, Setting of many pedestrians

  • Addition of start point, end point, and average amount of pedestrian
  • New types of pathway (train station, stairs, escalator)
  • Link (elevator, waiting room)
  • Multiple pedestrian profile
  • The shortest pathway search algorithm

▲Crash avoidance

▲Pathway setting

●Artificial light/Shading

A simulated lighting feature is offered by alternating textures for day and night. It will turn to night texture automatically in tunnel.

●Lighting function

The spot light and head light function allows the simulation of night time and lighting. For instance, you can use it for a signal lamp, a window lamp in a building or the light of a vehicle.


Can be set individually for each vehicle. Rear lamps, backlights, fog lamps, side lights, 10 extension lamps, and the lights of special vehicles like heavy machine in addition to current brake lamps, winkers, and hazard lights.

▲Lights of special vehicles
like heavy machine

●Tunnel lighting function

Setting the color and strength of tunnel lighting is available. The effect is applied to the traffic vehicle going into tunnel and an adjunct of road.

●Context (Environmental conservation)

The function which can save various environmental setting in one context and are able to execute context in one click.

●3D stereo display

Passive method which outputs the image to multiple screens with parallax, and Active method which outputs to one screen from side to side using Quadro video tip, produced by NVIDIA are supported. Wide-screen can be available.



●User variable number: scenario control, log output

●Sky dome function

The Sky dome function is where the sky can be rendered inside of the 3D environment. It is now possible to map various textures on it.

●High precision rendering (auto-creation of shadow / water reflection / sky)

Sky condition according to time and water reflection can be automatically created. Performance and quality of the shadow rendering are also improved.

●Object reference function by object custom ID

Driving Simulation / Vehicle Research and Development

●Manual driving

Support for manual driving as well as traffic flow based on vehicle performance by vehicle type.
* The manual driving requires steering controller (steering wheel and accelerator) that is sold separately.

●Vehicle cockpit setting

Side mirrors, rear-view mirror, and car navigation system (display any view) can be displayed in 3D cockpit in real time. Multiple mirrors can be set to 3D cockpit model parts of a large truck and heavy vehicle. Steering rotation is also drawn.
●UC-win/Road Driving Simulator

▲Setting of mirror

▲A number of mirrors can be set

●Vehicle control

Types of describable car lamps have been expanded, and you can describe and control rear lamps, backlights, fog lamps, side lights, and 10 extended lamps in addition to current brake lamps, winkers, and hazard lights. The Micro Simulation Player feature plays previously recorded motions for scenes that reproduction is required, but the following vehicle control mode will be added.

  • Speed designation: Follows a specified speed strictly.
    It can be applied to the travel in direction along the road and in any direction.
  • Acceleration designation: Follows a specified acceleration and deceleration strictly.
    It can be applied to the travel in direction along the road and in any direction.
  • Keep distance between other vehicles: Travels while keeping the distance to the object vehicle.

▲Keep distance to other vehicle

●Constitution of vehicle movement model

The expression of more realistic movement is now available by implementing model of overall vehicle movements, engine and each transmission from engine to wheel.

●Driving simulation function

As vehicle dynamics model that accurately calculates vehicle's physics is included in UC-win/Road, it is possible to perform calculation taking into account the engine, transmission, vehicle weight and center of gravity, tire's frictional coefficient.

  • ABS (Anti-lock Braking System) is now supported.
  • Dashboard can be displayed.
  • Corresponds to torque amplification and creep phenomenon in automatic cars
  • Significant improvement in that the characteristic of torque converter, which tranfers rotating power from an engine to the transmission, are modeled very precisely in car with an automatic transmission.
  • The concept of half clutch control has been added.

●ACC/Automatic driving function

ACC function and self driving function in driving simulation are added. It can switch the manual driving and automatic driving. It also allows to recognize the traffic signals and limited speed.

  • Auto speed control
  • Auto steering control
  • Brake assist
  • Superimposed display of the leading vehicle's information

●Calculation frequency control and SILS function

In automobile R&D, it is common to run simulations of automobile and its equipment at regular intervals. Until now, UC-win/Road synchronized visualization and simulation calculation, and performed them at the same cycle, depending on the PC's computation power.
Cycle was variable according to VR data contents. It could run simulations flexibly regardless of the kind of used content, but it was difficult to calculate in the accurate frequency.
In UC-win/Road Ver.12, the calculation cycle and image update cycle can be set separately. A variety of patterns are available according to user's simulation needs (calculation and display, calculation only). Each combination and its purpose of use is shown in the following table.
Internal timer can also be customized with SDK.

Calculation time step Display synchronization Internal timer Explanation of system operation
Applied ON - Synchronize calculation and display along to the real time. Frame rate is variable according to their burden.
Applied OFF - Along to the real time, FPS becomes high depending on the CPU performance in simulation calculation.
Display depends on the computer performance, and lower FPS than the simulation calculation is used.
Fixed ON ON Simulation calculation rate is fixed and all frames are shown.
Execute along the real time if at all possible (it will be slower than the real time if burden is heavy).
Fixed OFF ON Simulation calculation rate is fixed. Show only frames that can be shown according to its display performance.
Execute along the real time if at all possible (it will be slower than the real time if burden is heavy).
Fixed ON OFF Simulation calculation rate is fixed and all frames are shown.
FPS becomes high depending on the CPU performance (not consider the real time).
Fixed OFF OFF Simulation calculation rate is fixed. FPS becomes high depending on the CPU performance (not consider the real time).
Display depends on the computer performance, and lower FPS than the simulation calculation is used.

●Road attribute

Setting the difference of friction coefficient on road surface in every texture is available.

▲High grip road surface

▲Slippery road surfaces (Snow-covered road)

●Audio system

By employing OpenAL, a variety of surrounding sound, the car's sound (sound of engine tire, wind, tunnel reflection sound) are supported.
Lowpass filter is supported. Squeal sound (slip sound) and sound reproduction of 4 different wheels are supported.

●Force feedback

Automatic vibration deriving from road material and road shape and constant vibration within the area is transferred to the controller.

▲Oscillation region

●CAVE system

Calculates and draws visual volume based on the positional relation between the screen and the user. The viewpoint and view volume are updated by trackind the position change of the user with any device.

●Head tracking

The head tracking function is a plug-in used for receiving a driver's eye position information while he/she is driving in real-time from sensors such as Kinect, and sending that information to UC-win/Road itself.

▲View in side mirror changes

●Edge blending

When projecting via several projectors, the screen on the edges between the projectors can be smoothly displayed. Pitch angle of the projector is also supported.

●Linkage with CarSim

Realistic vehicle movement simulations using the set value of road friction coefficient Mu are supported.

●Trailer running function

Cab model and trailer model are set separately, and they are controlled as different models are connected.


●Full screen, simulatin panel

Displaying full screen is possible, without showing the menu and tool bars. Simulation which can customize its panel position and command. Ribbon interface is available.

●2D horizontal plane view

Frames and information of 3D models, roads, and vehicles can be displayed. Simulation status can be seen at glance.

●3D Navigation (3D mouse)

By using a 3D Mouse like "Space Navigator", you can move in the 3D space intuitively while using your mouse at a time.

●Operation via game controller and keyboard is supported.

●Universal UI plug-in

You can search and browse a variety of contents such as image, video, and web page by using a simple intuitive interface with 3D icons.

3D・VR Solution

Data linkage with IFC

The terrain data and design and analysis data such as structures and civil structures designed by BIM CAD are linked with UC-win/Road so that they can be checked in VR space.


▲The example of BuildLiveTokyo 2010 utilizing IFC

Data Link with Road CAD

It is total integration system to allow you to design of civil engineering, such as road/land development, VR simulation, presentation by linking with Design CAD application and UC-win/Road.

●UC-win/Road for Civil3D

UC-win/Road can link at object level with Next generation solutio AutoCAD®Civil 3D® which brings a paradigm shift to civil engineering design process.

UC-win/Road Data Exchange Tool for Civil 3D

●UC-win/Road for 12d Model

12d allows fast production in a wide variety of projects including mapping, site layout, road, rail and highway design, residential & land developments, and environmental impact studies. Importing data of UC-win/Road to 12d Model allows to calculate soil volume and create the detail drawing.


▲12d Model

●UC-win/Road OHPASS Plug-in Option

The optimal highway pass obtained by calculation can immediately be visualized in UC-win/Road thanks to its seamless linkage with OHPASS (Optimal Highway Path Automatic Search System).

Data link with GIS applications

GIS application based on UC-win/Road

●UC-win/Road for GIS

Satellite photo, terrain, road (Line), building (Polygon), flight route (Line,Spline), lake (Polygon)

Data link with UC-1 Design Series (Japanese)

3D Bar Arrangement Simulation

●3D Bar Arrangement Simulation

Bar arrangement drawings made by UC-1 series can be imported for 3D bar arrangement simulation

●3D bar arrangement CAD for SaaS

An advanced tool for construction sites supporting the simultaneous 3D/2D display of bar arrangement drawings on Android™ devices


Data linkage of 3D modeling data and various programs is supported. DWG files can be imported and exported.

Data link with road applications

VR simulations cooperating with the traffic signal design software "OSCADY PRO".


■ TRL (http://www.trl.co.uk/)

In cooperation with UC-win/ Road, confirmation of analysis result of OSCADY PRO in VR space of 3D is possible.


■ TRL (http://www.trl.co.uk/)

Specified format is provided from UC-win/Road. Vehicle position information is linked up with TRANSYT.


■ TSS(http://www.aimsun.com/)

Public transportation, pedestrians / vehicles are reproduced by dynamic traffic assignment technique.


■ PTV (http://www.ptvag.com/)

The micro simulation system VISSIM and UC-win/Road are cooperated in mutual directions.

▲Road data of VISSIM

▲Result in UC-win/Road

Data link with analysis software

VR simulations realized by using the evacuation analysis software EXODUS and the flood analysis software xpswmm

●UC-win/Road for EXODUS

Data link of UC-win/Road and EXODUS (evacuation simulation) and SMARTFIRE (fire simulation) allows the viewing of the simulation result in 3D VR space.

●UC-win/Road for xpswmm

Allows 3D view of the result of "xpswmm", flood analysis and inundation analysis

  • Visualization of the terrain model(importing shape file)
  • Time-history of water level
  • Time-history of flow vector
  • Time-history of water level and pipe model


▲UC-win/Road for xpswmm

Product operation environment

3D data compatible format

3DStudio Object *.3ds

UC-win/Road can import 3D data in the 3DS, FBX, MD3, COLLADA, OBJ, etc. These file data can be created with the software below.

Reference:3D software list (Japanese)

Product operation environment

Recommended system requirement for data creation
OS Windows 10/ 11 (64bit OS)
CPU intel® Core i5 / i7 / i9
4 core 8 threads or greater, Base clock 3.0 GHz or greater
Memory RAM greater than 32GB
Hard Drive SSD drive
At least 60GB free space (At least 30GB free space is required for installing the VR-Design Studio including sample data and terrain data.) In addition, free space for saving downloaded models, textures, and AVI files is required.
Video Card NVIDIA®️GeForce series, GTX1650 or greater, 4GB or more
UC-win/Road Video Card information
Display 1920x1080 or greater
Please use the 100% size setting for "Display" - "Change the size of text, apps, and other items".
Sound card Anything
Internet connection Mandatory
Internet access is required for schematic design and licence web authentication and for downloading data from Geographical Survey Institute map data and RoadDB.

Recommended system requirement for driving simulation
OS Windows 10 / 11 (64bit OS)
CPU intel® Core i5 / i7 / i9 4 core 8 threads or greater, Base clock 3.5GHz or greater
Memory RAM greater than 16GB
Hard drive SSD drive
At least 30GB free space (At least 10GB free space is required for installing the VR-Design Studio including sample data and terrain data.) In addition, free space for saving downloaded models, textures, and AVI files is required.
Video card NVIDIA GeForce RTX 2070 or greater. 8GB video memory or greater
UC-win/Road Video Card information
Display 1920x1080 or greater
Please use the 100% size setting for "Display" - "Change the size of text, apps, and other items".
Sound card Anything
Internet connection Mandatory


  • Before using several screens, please confirm carefully that output ports on the graphic card are availabe. If it does not have enough output for the multiple screen system, add a graphic card to your PC.
  • Confirm that your system satisfies the minimum requirements of the program before requesting the trial version or ordering the product license. However, you should run software on the system satisfying the recommended requirements.
  • Please use the default screen design, font, and size. We recommend 20-inch or larger monitors.

Benchmark test result

The Benchmark test result of UC-win/Road, UC-win/FRAME(3D)has been posted.
Our software performances, such as CPU, Memory, and Graphic adopter by a desktop PC and a notebook PC are available.

Refer to:UC-win/Road Video Card Information

UC-win/Road Driving Simulator



  • 3D driving environment can be freely created via UC-win/Road
  • Standard plug-ins included
  • Standard VR data is free and scenario customization is supported
  • Various environments can be reproduced via visual option tools
  • Reasonable pricing mass OEM production
  • Supports high simulation needs by customization

UC-win/Road Driving Simulator

4 wheels vehicle drive simulator packaging system

It allows you to create several driving situations and re-create it under complete control.
Recently Driving Simulator is widely used for vehicle system development or interaction research among drivers vehicles, road and traffic, on ITS traffic system research.

  • 3D driving environment can be freely created via UC-win/Road
  • Standard plug-ins included
  • Standard VR data is free and scenario customization is supported
  • Various environments can be reproduced via visual option tools
  • Reasonable pricing mass OEM production
  • Supports high simulation needs by customization

UC-win/Road Experience Simulator

6 axis motion unit/Subaru Driving Simulator

This simulator is fully integrated with force feedback steering mechanisms, which grant users a realistic experience, as if driving an actual vehicle. It also allows you to simulate driving environments in accordance with the rapidly improved car safety technology of ITS technologies (crash avoidance, decreased impact, etc.)

UC-win/Road Highway Driving Simulator

Potential hazards on highway can be replayed by the driving simulator

Based on Subaru automobile's technologies, the simulator body adopted 6 electric axis motion unit (patented) and automobile technologies from Subaru automobile. The use of actual car steering mechanism gives you a sense of realism whilst driving. With this experience simulator, you can experiences automobile safety technologies (collision avoidance, impact reduction, etc.), virtual traffic accidents, and new ITS technologies that have been rapidly developed in recent years.

UC-win/Road Safe Driving Simulator

The Driving Simulator certified by Japan’s National Police Agency has been approved for use in Driving Schools across Japan.

■Certified training drills (1st grade driving license)

1. Lesson on hazard prediction  2. Lesson on driving on highway
3. Lesson on location- specific conditions   4. Lesson on sudden braking

■System configuration

・PC for central control  ・PCs for the driving simulators  ・Printer
*All units are connected on a network

■ Diagnosis / Data collection program

・Diagnosis software  ・Data collection software

UC-win/Road Wheelchair Simulator NEW!

Simulation using the cooperation of a wheelchair and UC-win/Road

The simulator is supposed to be a real wheelchair that does not move; a driver just sits in the simulator and drives the wheelchair within the VR environment projected through the monitor or Head Mounted Display (HMD). The simulator also has a function for evaluating driving skills.


▲System overview

UC-win/Road Motorcycle Simulator NEW!

A full-fledged realistic motorcycle simulator packaged system

Motorcycle Simulator is a driving simulator cooperating with UC-win/Road VR driving simulation. Real motorcycle parts are used for the simulator, enabling the same operations as a real motorcycle, such as engine on/off, accelerator/brake, and lights. It also supports the steering reaction force by motor control, switching of the automatic motorcycle and manual motorcycle, and leaning of the simulator main body.

Human-Vehicle-Traffic Flow Interoperable Driving Simulation System for Interactive Information Exchange

Driving simulator with 6 degrees of freedom 0.7G motion platform for highly sophisticated research purposes

FORUM8 delivered research-purpose driving simulator referred to as "Human-Vehicle-Traffic Flow Interoperable Driving Simulation System for Interactive Information Exchange" to Kyushu University Graduate School of Integrated Frontier Sciences on March 22, 2012. The driving simulator will become the driving force for educational research activity on the next generation information / control devices in vehicles.

Research-purpose Driving Simulator has been delivered to Kyushu University

This driving simulation system was realized by linking the driving simulator, traffic flow simulator, vehicle dynamics simulator, HILS/ECU simulator, and eye tracking system and integrating them all into UC-win/Road. On May 13, 2012, the driving simulator was exhibited to the public for the first time since its delivery as one of the highlights of "Kyushu University Festival" held on Ito campus to commemorate the university's 100th anniversary. 106 people, many of them families, lined up to test drive the state-of-the-art simulator. The virtual test course is a 2 minute run that starts from a point in Taihaku-doori - a main street that runs across Fukuoka city - near FORUM8's Fukuoka Business Office and ends at Hakata station. Test drivers got very excited during the course of their drive as many of them acclaimed the driving simulator's cutting-edge technology by giving comments like "I'm really impressed with its ability to visualize so many aspects of the real world with high degree of realism. The image I'm seeing on screen is very pretty." FORUM8 delivered another research-oriented driving simulator (6DOF 5 Channel) on March 2012 to Faculty of Engineering, Kyoto University Graduate School of Engineering, Kyoto University.

▲Unveiling ceremony of Human-Vehicle-Traffic Flow Interoperable Driving Simulation System for Interactive Information Exchange
(March 23, 2012 / venue : Kyushu University)

8DOF Traffic Safety Simulator

8DOF Traffic Safety Simulator

This is the high performance large-scale Driving Simulator based on Interactive 3D Virutal Reality Simulation & Modeling Software UC-win/Road.
This large scale Driving Simulator was planned and built for Rearch Institute of Highway Ministry of Transport in China (hereafter, RIOH) to be used for their traffic and safety research activity. RIOH outlined the specification of the Driving Simulator. In January 2009, FORUM8 received the order of the customized development of this Driving Simulator in the international tendor on its own., and in February 2014, the Final Acceptance Test was complete, marking the completion of the entire project.

Vehicular Dynamics Research & Evaluation System High-Precision Driving Simulator

Vehicular Dynamics Research & Evaluation System High-Precision Driving Simulator

This simulator is the world-first 5-screen 3D stereoscopic VR driving simulator(*1) that incorporates numerous elements such as driving simulation, traffic simulation, and vehicle dynamics & performances, by building upon the the interactive 3D VR software UC-win/Road. FORUM8 has built and delivered this simulator inside the Nagoya University's National Innovation Complex (NIC) in June 2015.

>>Catalog of High Precision Driving Simulator for Vehicle Performance Analysis

BBC reported the World's First 4K Five-Screen 3D Stereoscopic Driving Simulator in Nagoya University's National Innovation Complex (NIC). YouTube interview video

*1 As of June 2015, no large 5-screen CAVE simulator has been known to also include a real cockpit, hence this is currently a true "world-first" attempt.

UC-win/Road Customization System

  1. VR Motion Seat
  2. Lily Car
  3. Super-jumbo DS system : 6 axis + Yaw/X table and the entire circumference 8 projection / cluster composition
  4. UC-win/Road Bicycle simulator
  5. UC-win/Road Wheelchair simulator
  6. UC-win/Road Train simulator
  7. UC-win/Road Train signal visibility system
  8. UC-win/Road Ship handling simulator
  9. Man-machine interface

Develop high quality customized system flexibly by subdividing modules at low cost

●Easy to modify / add modules (driving simulation system)
Here are the developments cases in which we changed UC-win/Road vehicle dynamics model, customized user's hardware and log outputting of driving condition. It calculates the vehicle's movement by inputting the operation quantity of the pedal and the steering wheel from the usual game controler as an existing module structure (excluding added part on the right chart). Furthermore, it performs the calculation of vehicle's acceleration and track by an independent module. We modified the existing module for "Calculation of vehicle's acceleration". By doing so, customization of engine dynamic model of vehicles is made possible. Also by the modification of module for "Calculation of vehicle's track", we could fit the need of the road surface and the tire's adherence model. By the addition of "analog pedal device input" module and "pedal operation input switch" module, we could ensure the coexistence of the game controler and the other hardware, and accept the analog device. Finally, by adding module for "log acquistion and log saving", you can now obtain and output information regarding drive simulator.

The use of upgraded function and new feature function being developed in VR-Studio®

●Development of a new module / using in advance a function of product under development
In case we want to achieve a new function by customization, we develop the basic technique in a unique way, and continue on to design and develop in a way that would provide the most of the what the new function of the package has to offer. A function that runs scenario which can make the driving simulation improve significantly has been developed further by making use of know-how built up through customization and it will loaded as a new function to the next version. By the scenario function, it can put event in motion, elicit response from the drivers, and develop the stories of various driving. Also as for a newest technology of computer raphics, we adopt Shaders language for the next product, VR-Studio, and develop the texture processing of geography and the advanced expression of source of light.

The fulfillment of advanced simulation by the cooperation with hardware

●UC-win/Road Drive Simulator / Motion Platform
It is possible to customize UC-win/Road Drive Simulator(DS) which is a representative of cooperation with hardware.
"Motion platform" is has a maximum of 6 degrees of freedom, serving as a very realistic system that can provide maximum amount of feel of driving. Past developmental achievements in terms of DS include DS for car research, development of safe system, training simulator, simulator for publication, and train simulator. In the conbination with hardware, it can cover various simulation needs because it doesn't only make use of the features of real-time 3D VR which is essencial in cooperation with software but also it's the system which can perform the flexible drawing up of 3D space, modification and controling scenario and event.

FORUM8 Parking Solution

Parking Solution

With the cooperation between the vehicle trajectory / parking lot CAD and UC-win/Road, we provide integrated solutions such as a searching and navigation system for empty spaces in the parking lot by using VR-Cloud®, autonomatic parking system by the synchronization with Robo Car® in addition to the creation of the parking model and its 3D VR simulation made from the drawing information.

●Organic Parking

This system was developed by Organic Parking in the US, aiming at a more eco friendly society with less congestions by reducing the time to seek for the parking space.
This service is patented in the US and is internationally patent-pending. FORUM8 has obtained the exclusive development right in Japan, and started to customize it.

▲Read a QR code or click to the download page

  1. Mobile application for searching and reserving parking lots on mobile phones and tablets
  2. Providers send information of parking lot or a place where to park a car, and a person who wants to use the parking space reserves via the system.
  3. The reason why it is named as Organic is that it promotes the community creation and the networking and cooperation between humans in addition to the environmental aspect that it avoids congestions and traffic jams and reduces emission.
  4. We are developing this service not only for reserving parking space but for getting a spot at events like fireworks event and cherry blossom viewing.
  5. Basic function: Empty spaces are displayed on the map in real time. Paid parking lot, parking space on streets, and vacant space in private property are supported.
  6. Vacant information is updated by users. When drivers finish to use the parking space, they connect to the service and send information of empty space to pass it on to other users searching parking space.

UC-win/Road Vehicle trajectory / Parking lot CAD Automatic parking system

The vehicle trajectory drawing/ Parking design/ Automatic parking system

3DVR simulation is achieved by using the drawing information and by linking the creation of the trajectory mapping and the creation and design of the parking lot with UC-win/Road.
In addition, an automatic parking system is available through the synchronizing of the VR model and RoboCar®

  1. Vehicle trajectory drawing system
    This allows the user to calculate and draw the trajectory of vehicles based on the figurative theories of "Style of right angle turning trajectory drawing of semi-trailer and full-trailer (JASO ZOO6-92), Society of automotive engineers of JAPAN, INC." etc. Driving simulation on visualized routes and existing routes and drawing vehicle trajectory can be conducted efficiently.
  2. Parking drawing system
    This is a CAD system which designs parking lots based on the parking standards with the figurative theories of "Standard Parking Regulations", "Road Design Standards" etc. (Drawing plan view). It allows the user to export the constructed parking drawing to CAD data which can be used in our "Vehicle Trajectory Drawing System".
  3. UC-win/Road RoboCar® Auto parking plugin
    This system allow for the automatic operation of a steering wheel at the time of parking based on the information from a camera or ultrasonic sensor by linkage between UC-win/Road and RoboCar®. Parking can be conducted automatically by the driver simply pressing the button outside the car.

▲Automatic parking simulation of RoboCar® by using AURELO

▲Automatic parking can be checked in UC-win/Road

▲VR parking lot. View from any camera position you like

FORUM8 Robotics

The most advanced solution technology using robots

●UC-win/Road for RoboCar®

Fusion of car robotics platform and virtual reality

With UC-win/Road, you can create a vast virtual reality environment in a short time in easy workflow and operations. The linkage with RoboCar® can be applied to simulators in the mixed reality in addition to in VR, and it is expected to be used for a variety of simulators.

■What is RoboCar®

VR simulation system can be used to control 1/10 electric car scale model on model road. This can be performed by integrating "UC-win/Road", which is the virtual reality soft with well-developed driving simulation function and "Robo car", which is the car robotics platform mounted robot technology. This system allows users to create precision space images, many different styles of traffic environment and scenarios by using virtual space in VR, and experiment with them.

■Linkage between UC-win/Road and RoboCar®

In UC-win/Road, you can set precise space rendering and a variety of traffic environments and scenarios, and travel in the virtual space. RoboCar® is a one-tenth scale model of the actual car and runs in the real space. Combination of these characteristics enables the simulation in the mixed reality, which is not possible in the virtual space.

▲Creating the driving environments

▲Running in VR space

●Mind&VR UC-win/Road for MindWave Mobile

Drive simulation in UC-win/Road with the brain-measuring interface MindWave Mobile

MindWave Mobile developed by NeuroSky is a wireless stereo head device equipped with a brainwave sensor. It measures the brainwave of the wearing person that is sorted by differences of frequency like alpha and beta, and converts it to the psychological state such as degree of concentration and relax via the original algorithm. By using MindWave Mobile plug-in and cooperating with VR data, users can perform operations and simulations using the acquired data. In the drive simulation below, speed of the vehicle is controlled according to the driver's degree of concentration. If the driver concentrates by staring at a point on the screen, the vehicle accelerates, and it decelerates if the driver gets distracted.

▲MindWave Mobile(Neurosky)

▲"Brainwave visualizer" (Neurosky)

■Case of use

Mindwave driving

UC-win/Road MindWave Mobile Plug-in
Driving by brainwave is possible when you start the drive simulation with MindWave Mobile wearing.
Acceleration and brake can be controlled by brainwave.

F1 race

Formula One (F1) racing is one of the study cases of EEG technology use. We loaded two MindSet units in real-time (@60Hz) and developed the interface that can extruct the meditation coefficient and the attention coefficient.

▲Phoenix F1 circuit

▲Appreciated as the system on display because of its game element

●Autonomous flight UAV

Autonomous flight monitoring system

■Operation by mouse or keyboard. Wireless data communication via Wi-Fi.
■The computer in the UAV automatically controls the balance and easily enables the advanced movement of the UAV such as up and down, forward and backward, and left and right.
■Images can be monitored through a front camera or high-speed camera and recorded with FLY-DV camera in detail.
■Measures the position of AR.Drone by GPS
■9DOF IMU (Inertial Measurement Unit) measures the acceleration, gyro, and earth magnetism, and confirms the direction of AR.Drone.
■It avoids the collision by using the infrared distance measuring sensor.

▲AGUL customization

▲AGUL test flight

Micro Aerial Pilotless Scanning System (MAPs)

Mapping of a large area through the use of a pilotless unmanned aerial vehicle (Drone).

FORUM8's UAV was chosen as "The Robot for the Next Generation Social Infrastructure with Target Application in Onsite Inspection" by Japan Ministry of Land, Infrastructure, Transport, and Tourism. (2014.10.July)

"System based on Autonomous UAV and 3D VR for Inspection and Assessment of Structures" in the field of 'bridge maintenance and management'

Adopted items

  1. Close visual inspection of concrete bridges
  2. Close visual inspection of floor board

▲Customized autonomous flying robot

▲Linking 3DVR and autonomous flying robot

●Kinect™ Driving Simulator

Handless driving simulation by infrared depth sensor

This system allows you to operate driving within UC-win/Road by the movement of both hands like operating the steering wheel in front of the Kinect™.
The position information of the both hands of a driver detected by the Kinect™ is converted to steering wheel, acceleration and brake of a car.

Imaging of vehicle control and driving operation by the infrared depth sensor

▲Steering operation (right-turning / left-turning)

▲Acceleration operation

▲Brake operation

●Technologies used for UC-win/Road Air Driving

Fine and precise driving operation without control devices

Recognition of skeleton

It extracts the same object from the distance information detected by the infrared depth sensor and identifies human characteristics. When the object person takes a specific pose, it does a calibration and recognizes the skeleton structure.

▲Kinect(TM) sensor

▲Pattern of the infrared laser

Detection of steering angle and steering direction

The right and left direction of the steering wheel and its steering angle are detected as an analog value from the positional relationship betweeen the user's right and left fist. How much the steering wheel is turned is indicated by a row of bars that change color from green to red. The bigger the steering angle, the more red the bar will be.

Distingishing accelerator from brake Accelerator

This is detected as an analog value from the amount of pressure the driver exerts on the accelerator pedal.
●Acceleration: The stack of bars will increase in the upward direction.
●Brake: The stack of bars will increase in the downward direction.

▲Travel in a straight line

▲Right turn: As you steer to the right,
the red bars will increase in the right direction.

●Multi-Cluster Digital Signage System with infrared depth sensor

The interactive digital signage system uses a 6K display on multi screens as well as the infrared depth sensor.
Intuitive operation using gestures and motions is possible.

This system can be interactively operated using the function of gesture interface and motion capture. Xtion PRO is used for the infrared depth sensor. The signage is operated interactively compared to the previous digital display. We also provide this service and various products such as real time VR simulation using the multi cluster system and UC-win/Road, CG rendering using the high-performance computer etc.

▲6K Digital Signage AirDriving (TOKYO GAME SHOW 2011)

▲AirDriving interface

スパコンクラウド(R) New Solution Service "High-performance computing on cloud service"

Service of large-scaled analysis, simulation, CG rendering with the advanced calculation feature of high performance computing

  UC-win/Road・CG movie service

High-definition movie files generated by POV-Ray is a feature of FORUM8' "High-performance computing on cloud services CG movie service". The high-definition movie file can be provided by use of a supercomputer. Since the movie files are generated by POV-Ray, their script files can be edited using an editor etc. after the movie files are exported to UC-win/Road.

●UC-win/Road for Robot arm

Robot arms in virtual space and in real space move in conjunction with each other.

●Lily Car

Autonomous car system via a scale model robotic car linked with VR

The Lily Car is a scale model robotic car, which purpose is to emulate on a small scale the behavior of actual cars and help the development of robotic cars.
The cars run autonomously on a test course, with several predefined paths. At any time, the user can switch the control mode between the manual or autonomous mode. The PC control interface connects to the Aurelo system to get the position and orientation of each car and sends the proper commands to the cars to make them follow the selected path.

System configration of Lily Car

- Chassis of a 1/10 RC car  - Driving motor  - Steering motor
- Infrared distance sensors for collision detection   - An AR marker for the car tracking
- A wireless module to allow communication and control from a remote PC
- A main controller to manage the whole system


●MR : Mixed Reality   ●AR : Augmented Reality

Shibuya cloud model and interactive device / Development of Linking System for VR and Interactive Devices
Mr. Taro Narahara (Graduate School in Harvard University, USA)

Mr. Narahara mentioned a project in which he introduced actions captured from real people into motions of figures, and represented more realistic figures on UC-win/Road.
In addition, he explained the mechanism that enabled real-time interaction by linking simulation and UC-win/Road on a real time basis through joint development of plug-ins with FORUM8.

▲IVR exhibition 2010

▲The presentation in the 3rd
International VR Symposium

3D Stereo System Naked eye 3D Stereo System

An example of system configuration
Glassless 3-dimensional image. Composition of a diorama and 3-dimensional image is displayed.

■What is 3D-B-Vision?

The 3D-B-Vision is a Mixed Reality, or more specifically, an Augmented Reality (AR) hardware system. With 3D-B-Vision, there is the added benefit of being able to project the digital information in the form of 3D-Stereoscopic CG.
The information can be displayed over architectural models or other physical objects.This glassless system is achieved by the use of two small projectors, placed eye-distance apart (for the 3D stereo capabilities). The participant looks through a transparent view window towards the physical object, and with the use of an overhead silver screen and lens filters, the 3D stereo image can be seen along with the physical setup. Cars, pedestrians, and other moving elements can be shown acting together for an effective presentation with the 3D-B-Vision's stereoscopic projection.

▲Normal view via 3D stereo


  1. With UC-win/Road, real-time simulation information can be used with 3D Stereo.
  2. Does not require polarized glasses. Depending on physical model size, many can be used as 'kiosks' with varying information strong visual impact with moving data.

▲ Developed by: Ishikawa Kougaku Zoukei Laboratory Co.,Ltd. http://www.holoart.co.jp/

UC-win/Road Eye tracking system

Wearable device that measures information of humans line of sight and acquire its data.
Possible to connect to the drive simulation in VR space of UC-win/Road.
* Separate customization is required.

Eye Tracking Glasses Option

Eye tracking glasses that can "visualize" humans line of sight

Sampling rate 60Hz or 30Hz
Calibration 0, 1, 3 points
Recording microphone
Scene camera (definition) 1280x960p @24 fps
960x720p @30 fps
Recording angle of the scene camera Horizontal: 80 degree
Vertical: 60 degree
Continuous recording time (PC) 2 hours
(Galaxy) 2 hours
Recording capacity (PC) 18 hours
(Galaxy) 20 hours
Weight (Glasses main unit) 47g
Weight (Galaxy) 176g
Size (Glasses main unit) 135 x 69 x 23 mm
Precision of regard 0.5°
Contents construction
・60Hz binocular Eye Tracking Glasses with HD scene camera
・Snap on frame for ETG (3D)
・Row data full access SDK
・Recording software iView license
・VRPN Server

Eye Tracking HMD based on HTC Vive Option

Made by SMI and based on HTC Vive. Line of sight information is attached to the high-performance model of 250 Hz.

  Eye tracking
Tracking 250Hz (Both eyes)
Tracking range Full visual field
(110 degree)
Precision of regard 0.2 degree
Calibration 1,3,5 point
Measuring data Point of regard on display
(left, right, both eyes), gaze
Interpupillary distance (IPD) Standard point of regard,
gaze tracking

Hardware Plug and play connection of HTC
Vive headset / Unecessary to
adjust before connection / USB
Head unit Eye tracking
Module part: 55g

Operation device
System requirement PC with HTC Vive activated
OS Windows10 64bit
Contents construction
・HTC Vive main unit / attachment
・Binocular Eye Tracking at 250 Hz (Embedded module)
・Row data full access SDK
・Plug-in for Unity, WorldViz Vizard, Unreal Engine
・Recording software iView license
・VRPN Server

* The specification above may be altered without notification for improvement.
Developed by SMI

HMD System / Head Mounted Display System

3D image output by Quest Rift
With extremely wide view angle. Head tracking by the internal sensor.

■What is Quest Rift?

A Head Mounted Display (HMD) developed and provided by Meta in the US at lower price than existing HMD. Head tracking by the internal sensor and 3D image output of wide view angle are available.


Quest Rift has an overwhelming wide field of view as a HMD. This is because that the fish-eye model screen shows wearers the flat liquid crystal display as if he/she is looking at a semi-hemisphere projector screen in front of him/her. Combination with stereoscopic view due to the difference of view between right and left improves the immersion feeling into the VR space. In addition, existing HMDs display normal images owing to spending much cost to the optical system in order to reduce the lens distortion to the minimum, whereas the Quest Rift renders source images so that wearers can see good images when seeing through the distorted lens.

UC-win/Road Quest Plugin

Quest Rift Plug-in creates a stereoscopic 3D image with lens barrel distortion and tracks the camera view within UC-win/Road in line with the user's head movement using the sensor data.

▲Stereo view

UC-win/Road physical model VR system

Simulation / presentation system in combination with physical model and VR

"UC-win/Road Physical Model and VR System" was developed based on the idea and cooperation of Associate Professor Tomohiro Fukuda of Osaka University, a member of W16. Thanks to the technology of providing a combined operation environment of physical model and VR system, it is a new type simulation/presentation tool combing the features of both environments. The system allows you to present information effectively and efficiently to the people concerned with different background and varying knowledge levels.

Details >> UC-win/Road physical model and VR system(Up&Coming '11 Early Spring issue)
Technical Support : Associate Professor Tomohiro Fukuda, Graduate School of Engineering, Osaka Univeristy

■ Tool for examination with advantages of both physical and VR model

Advantage of VR : VR is highly flexible and expressive, and allows various considerations such as reproduction of traffic flow or changed weather conditions, which is impossible through a physical model.
Advantage of physical model : Physical model is more intuitive way to understand the overview of planning including the distance and size. Physical model allows various people to examine from the arbitrary viewpoints at the same time, understanding the whole city model simultaneously and touching the model directly.

■ Deciding the viewpoint under consideration in a physical model and displaying it in a VR model

The planning can be studied by easy and intuitive operation in comparison with VR only. In "UC-win/Road Physical Model and VR System", you can move in the VR space and make changes in the view direction by indicating the view points to examine with laser pointer on the model. The system consists of model, web camera, laser pointer, VR software "UC-win/Road", and display unit to view the VR display space. As a whole, the system consists of two functions: detecting laser pointer operation, passing detected information to UC-win/Road and representing it in VR space.

■ Physical model VR system "Nakameguro Safety and Security Map" exhibited in the Showroom

The physical model VR system of "Nakameguro Safety and Security map" is exhibited in the showroom of FORUM8 Tokyo head office. Please come and visit us.

■ Proposal and quotation of system

FORUM8 will offer the proposal and quotation of "UC-win/Road support system" based on the requirements of each customer. With UC-win/Road Support system, 3D VR simulation data can be created based on their needs. The created VR data can be modeled by exporting VR data to the physical model using 3D printer in a short time with "3D physical model service" so that the physical modeled VR system can be effectively structured.

Quotation example: "Nakameguro Safety and Security Map" Physical model VR system
The proposal system with the physical model in Nakameguro. The maintenance condition of infrastructure in the basement and the inside space of building can be checked as "Area safety and security map" where the physical model and VR are integrated, and it can be used. for the consensus formation in the city re-development project.

■VR data creation : About JPY3,200,000   ■3D physical model creation : About JPY3,800,000
* Including the cost of ARToolKit license, Web camera, laser pointer, desktop computer, 42inch display, UC-win/Road Advanced x1 license, customization charge of UC-win/Road, and technical fee

  Total From JPY15,400,000

▲ "Nakameguro safety
and security map"
Overview of VR model

▲The area in front of
Nakameguro station

▲Meguro Ginza
Shopping Avenue

▲System configuration

3D Projection Mapping

The practice of projection an image on a physical structure using 3DVR technology and contents

FORUM8 offers the state-of-the-art spatial visualization technology that uses 3DVR data and image, namely the "3D Projection Mapping".
Cooperation : State of the Art Technologies in Expression Association
3D Projection Mapping (in Japanese) <Up&Coming No.96 '12 Spring issue>
3D Projection Mapping (Part2, in Japanese) <Up&Coming No.97 '12 Summer issue>

▲ Projection mapping on Kintai-kyo bridge "Space-time bridge" (2015.5.30) 
【YouTube URL】http://youtu.be/kJ3rKsV3iQ0

▲Projection mapping at Shibaura
Institute of Technology (2015.09.10)

▲VR data to check image of projection mapping

Projection solution that uses VR

By running a projection simulation via UC-win/Road and 3D Engineering Service, image can be confirmed by either lookign at the VR model or by exporting the model to a physical miniature model prior to the actual event. The solution is an ideal tool for verification of contents, discussion with stakeholders, explanation and advertising to the customer, and of course advertisements before and after the projection event.

An example of model projection plan

An example of a plan

  1. Location : A relatively dark place outdoor and relatively easy to install and do projection mapping without affect traffic.
  2. Target structure : A tower shaped building with simple geometry
  3. Building size : W10m x D6m x H20m
  4. Building's material : Bricks (brown / opaque)
  5. Number of location from which image shall be projected : 2 at most
  6. Projection distance : approx. 15m (A:near) approx. 40m (B:far)

▲2 projectors used

List of model projection plans (2D, 3D contents)

*Cost of sound effects : The cost of devices that generate sound effects and the contents of sound effects, a total of approximately USD10,000 is included.
*Includes 3D animation content and sound effects

  1. Work is approx. 3 min. long and includes image and sound effects (user defined, MA)
  2. Rental period of device generating image and sound effect : 3 days (1 day for preparation, 2 days at the event)
  3. Includes onsite testing and progress management
  4. Includes equipment transportation, setup and adjustment
  5. Operator and image / sound effect engineer available
  6. Transport / travel / accommodation fee required for areas other than the Kanto region (Tokyo and the surrounding prefectures)
  7. Cost of stand and crane rental not included.

Equipments 1 projector 2 projectors
Projector projecting
a 10000 lumen image
USD51,500 USD71,000
Projector projecting
a 20000 lumen image
USD57,500 USD82,000

Projection Mapping Table

  1. A stereoscopic display device exceeding a hologram and enhancing mapping around a 3D model <Press release issued on March 30, 2016 (Japanese)>
  2. Projection mapping table <Up&Coming No.108 '15 New Year issue (Japanese)>

Design simulation system by all around mapping using UC-win/Road and a 3D model
Ex: Projection of grid texture and real car texture

▲Grid texture

▲Real car texture


Integrated Solution via BIM/CIM&VR

BIM / CIM is a model that integrates various information in building and civil engineering, and a method of creating, managing and utilizing such information. It is capable of designing and representing various information within the entire life cycle of a building including basic and detailed drawing, rendering image, presentation image, bill of quantities, etc.
As for VR and UC-win/Road, we offer "IM & VR solution" in cooperation with simulations such as landscape, sunshine, traffic, wind, noise, immersion / tsunami, evacuation, energy analysis, and construction plan in front loading (consensus formation and planning).

Details >>IM&VR

FORUM8 Surveying Solution

Integrated solutions that involve GIS / 3D Laser scanning / 3D Survey & Civil Engineering CAD

We offer integrated surveying solutions such as point cloud measurement by 3D laser scanner and VR modeling of point cloud data via UC-win/Road; data exchange between 3D survey CAD and civil infrastructure design CAD, and VR system; and building a system that links GIS to VR technology.

UC-win/Road ドライブシミュレータ



  • UC-win/Roadによる自由な3次元走行環境の作成
  • 標準Pluginをパッケージ・ソフトで提供
  • 標準VRデータは無償、シナリオカスタマイズ対応
  • ビジュアルオプションツールズによる多様な環境を再現
  • 車輌本体は、量産OEMによる低価格を実現
  • カスタマイズによる高度なシミュレーションニーズをカバー

UC-win/Road ドライブシミュレータ



  • UC-win/Roadによる自由な3次元走行環境の作成
  • 標準Pluginをパッケージ・ソフトで提供
  • 標準VRデータは無償、シナリオカスタマイズ対応
  • ビジュアルオプションツールズによる多様な環境を再現
  • 車輌本体は、量産OEMによる低価格を実現
  • カスタマイズによる高度なシミュレーションニーズをカバー


Product Price

■Application software

Product Name Price
UC-win/Road Ver.17 Ultimate USD17,200
UC-win/Road Ver.17 Driving Sim USD11,000
UC-win/Road Ver.17 Advanced USD8,800
UC-win/Road Ver.17 Standard USD6,000
UC-win/Road Ver.17 CIM Lite USD4,800
UC-win/Road Ver.17 Multi User Client Version USD1,080
UC-win/Road Ver.17 Presentation Version USD600
UC-win/Road Ver.17 Cluster Client Version USD600
UC-win/Road Ver.16 Free Viewer Version Free of charge
VR-Cloud® Free of charge
glTF Viewer Free of charge

■Floating license

Paying 40% of the product price allows anyone to use the products on any PC anywhere in the world.

Product Name Price
UC-win/Road Ver.17 Ultimate USD6,880
UC-win/Road Ver.17 Driving Sim USD4,400
UC-win/Road Ver.17 Advanced USD3,520
UC-win/Road Ver.17 Standard USD2,400
UC-win/Road Ver.17 CIM Lite USD1,920
UC-win/Road Ver.17 Multi User Client Version USD432
UC-win/Road Ver.17 Presentation Version USD240
UC-win/Road Ver.17 Cluster Client Version USD240
UC-win/Road Ver.16 Free Viewer Version Free of charge
VR-Cloud® Free of charge
glTF Viewer Free of charge

>>Information of license type


Upgrade Price

Product Name Object Product Price/Category Note
UC-win/Road Ver.17 Ultimate UC-win/Road Ver.17 Driving Sim USD7,440 Upgrade -
UC-win/Road Ver.17 Ultimate UC-win/Road Ver.17 Advanced USD10,080 Upgrade -
UC-win/Road Ver.17 Ultimate UC-win/Road Ver.17 Standard USD13,440 Upgrade -
UC-win/Road Ver.17 Ultimate UC-win/Road Ver.17 CIM limited USD14,880 Upgrade -
UC-win/Road Ver.17 Driving Sim UC-win/Road Ver.17 Advanced USD2,640 Upgrade -
UC-win/Road Ver.17 Driving Sim UC-win/Road Ver.17 Standard USD6,000 Upgrade -
UC-win/Road Ver.17 Driving Sim UC-win/Road Ver.17 CIM Lite USD7,440 Upgrade -
UC-win/Road Ver.17 Advanced UC-win/Road Ver.17 Standard USD3,360 Upgrade -
UC-win/Road Ver.17 Advanced UC-win/Road Ver.17 CIM Lite USD4,800 Upgrade -
UC-win/Road Ver.17 Standard UC-win/Road Ver.17 CIM Lite USD1,440 Upgrade -

Price of Subscription Service Contract

Price of Subscription Service Contract

■Support information
-Software upgrade   -Technical inquiry (Email, Tel)
-Download service   -Maintenance and update notifications via email

* We are sequentially making a transition from the maintenance-support service to [Subscription Service] from April 1, 2016 in order to enhance support for diverse product usage and to reduce license management cost.

■Price of Subscription Contract

Product Name Subscription cost
of first year
Subscription cost
of subsequent years
(annual cost)
Subscription(UC-win/Road Ver.17 Ultimate) Free of
Subscription(UC-win/Road Ver.17 Driving Sim) USD4,400
Subscription(UC-win/Road Ver.17 Advanced) USD3,520
Subscription(UC-win/Road Ver.17 Standard) USD2,400
Subscription(UC-win/Road Ver.17 CIM Lite) USD1,920
Subscription(UC-win/Road Ver.17 Multi User Client Version) USD432
Subscription(UC-win/Road Ver.17 Presentation Version) USD240
Subscription(UC-win/Road Ver.17 Cluster Client Version) USD240

■Price of Subscription Floating Contract

Product Name Subscription cost
of first year
Subscription cost
of subsequent years
(annual cost)
Subscription(UC-win/Road Ver.17 Ultimate Floating) Free of
Subscription(UC-win/Road Ver.17 Driving Sim Floating) USD6,160
Subscription(UC-win/Road Ver.17 Advanced Floating) USD4,928
Subscription(UC-win/Road Ver.17 Standard Floating) USD2,520
Subscription(UC-win/Road Ver.17 CIM Lite Floating) USD2,016
Subscription(UC-win/Road Ver.17 Multi User Client Version Floating) USD604
Subscription(UC-win/Road Ver.17 Presentation Version Floating) USD336
Subscription(UC-win/Road Ver.17 Cluster Client VersionFloating) USD336

Price of Rental License / Floating License

■Rental license : Short term licenses available at a low price

■Rental floating license : After web activation, anyone can use the products on any PC anywhere in the world.

■Rental access : You can increase the number of licenses you own and use these additional licenses for a specific period of time (1 month to 3 month) at your discretion. We will later send you an invoice based on your usage log. The advance application is 15% off of the regular rental license price. Please place an order from User information page.

*Rental / Floating Licenses were introuduced on September 2007 to enhance user experience and convenience of our products.

*Duration of Rental / Floating Licenses cannot be changed after starting these services. Re-application is required to extend the rental and floating license duration.

Rental license / Rental floating license

●Application software

■Rental license

Product 2 month 3 month 6 month
UC-win/Road Ver.17 Ultimate USD7,740 USD9,116 USD11,180
UC-win/Road Ver.17 Driving Sim USD4,950 USD5,830 USD7,150
UC-win/Road Ver.17 Advanced USD3,960 USD4,664 USD5,720
UC-win/Road Ver.17 Standard USD2,700 USD3,180 USD3,900
UC-win/Road Ver.17 CIM Lite USD2,160 USD2,544 USD3,120
UC-win/Road Ver.17
Multi User Client Version
USD486 USD572 USD702
UC-win/Road Ver.17
Presentation Version
USD306 USD360 USD444
UC-win/Road Ver.17
Cluster Client Version
USD306 USD360 USD444

■Rental floating license

Product 2 month 3 month 6 month
UC-win/Road Ver.17 Ultimate USD12,900 USD15,308 USD18,920
UC-win/Road Ver.17 Driving Sim USD8,250 USD9,790 USD12,100
UC-win/Road Ver.17 Advanced USD6,600 USD7,832 USD9,680
UC-win/Road Ver.17 Standard USD4,500 USD5,340 USD6,600
UC-win/Road Ver.17 CIM Lite USD3,600 USD4,272 USD5,280
UC-win/Road Ver.17
Multi User Client Version
USD810 USD961 USD1,188
UC-win/Road Ver.17
Presentation Version
USD516 USD612 USD756
UC-win/Road Ver.17
Cluster Client Version
USD516 USD612 USD756

●Plug-in Options

■Rental license

Product 2 month 3 month 6 month
Drive Simulation Plugin USD1,512 USD1,780 USD2,184
ECO Drive Plugin USD1,512 USD1,780 USD2,184
Replay Plugin USD778 USD916 USD1,124
Log Export Plugin USD1,512 USD1,780 USD2,184
Scenario Plugin USD778 USD916 USD1,124
Communication Plugin USD1,512 USD1,780 USD2,184
Micro Simulation Player Plugin USD1,512 USD1,780 USD2,184
VR-Cloud® Plugin
(including a3S SDK server license)
USD1,512 USD1,780 USD2,184
VR-Cloud® Script Plugin
(function of VR-Cloud® SDK)
*requires VR-Cloud® Plugin
USD1,512 USD1,780 USD2,184
VR-Cloud® Collaboration Plugin
*requires VR-Cloud® Plugin
USD2,475 USD2,915 USD3,575
Point Cloud Modeling Plugin USD778 USD916 USD1,124
Civil 3D Plugin USD382 USD450 USD555
EXODUS Plugin USD1,512 USD1,780 USD2,184
GIS Plugin USD1,278 USD1,505 USD1,846
InRoads Plugin USD382 USD450 USD555
OSCADY PRO Plugin USD531 USD625 USD767
xpswmm Plugin Ver.2 (for Tsunami) USD1,512 USD1,780 USD2,184
Noise Plugin USD1,512 USD1,780 USD2,184
Export Scene Plugin USD408 USD480 USD592
DWG Tool Option USD408 USD480 USD592
IFC Plugin USD408 USD480 USD592
12d Model Plugin USD382 USD450 USD555
Munsell Color Space Export Plugin USD1,044 USD1,229 USD1,508
Parking Lot Plugin USD408 USD480 USD592
Export For Free Viewer Plugin USD382 USD450 USD555
Tsunami Plugin USD1,512 USD1,780 USD2,184
OHPASS Plugin USD2,475 USD2,915 USD3,575
OSM Plugin USD382 USD450 USD555
Online Map Import Plugin USD382 USD450 USD555
Quest Rift Plugin USD285 USD335 USD415
OpenDRIVE Plugin USD382 USD450 USD555
CityGML Plugin USD382 USD450 USD555

■Rental Floating license

Product 2 month 3 month 6 month
Drive Simulation Plugin USD2,520 USD2,990 USD3,696
ECO Drive Plugin USD2,520 USD2,990 USD3,696
Replay Plugin USD1,297 USD1,539 USD1,903
Log Export Plugin USD2,520 USD2,990 USD3,696
Scenario Plugin USD1,297 USD1,539 USD1,903
Communication Plugin USD2,520 USD2,990 USD3,696
Micro Simulation Player Plugin USD2,520 USD2,990 USD3,696
VR-Cloud® Plugin
(including a3S SDK server license)
USD2,520 USD2,990 USD3,696
VR-Cloud® Script Plugin
(function of VR-Cloud® SDK)
*requires VR-Cloud® Plugin
USD2,520 USD2,990 USD3,696
VR-Cloud® Collaboration Plugin
*requires VR-Cloud® Plugin
USD4,125 USD4,895 USD6,050
Point Cloud Modeling Plugin USD1,297 USD1,539 USD1,903
Civil 3D Plugin USD645 USD765 USD945
EXODUS Plugin USD2,520 USD2,990 USD3,696
GIS Plugin USD2,130 USD2,527 USD3,124
InRoads Plugin USD645 USD765 USD945
OSCADY PRO Plugin USD885 USD1,050 USD1,298
xpswmm Plugin Ver.2
(for Tsunami)
USD2,520 USD2,990 USD3,696
Noise Plugin USD2,520 USD2,990 USD3,696
Export Scene Plugin USD688 USD816 USD1,008
DWG Tool Option USD688 USD816 USD1,008
IFC Plugin USD688 USD816 USD1,008
12d Model Plugin USD645 USD765 USD945
Munsell Color Space Export Plugin USD1,740 USD2,064 USD2,552
Parking Lot Plugin USD688 USD816 USD1,008
Export For Free Viewer Plugin USD645 USD765 USD945
Tsunami Plugin USD2,520 USD2,990 USD3,696
OHPASS Plugin USD4,125 USD4,895 USD6,050
OSM Plugin USD645 USD765 USD945
Online Map Import Plugin USD645 USD765 USD945
Quest Rift Plugin USD480 USD570 USD710
OpenDRIVE Plugin USD645 USD765 USD945
CityGML Plugin USD645 USD765 USD945

●Additional Options

■Rental license

Product 2 month 3 month 6 month
Motion Platform Plugin Option USD3,870 USD4,558 USD5,590
D-BOX Plugin Option USD3,600 USD4,240 USD5,200
VR Seat Plugin Option USD1,350 USD1,590 USD1,950
Wheelchair Plugin Option USD1,350 USD1,590 USD1,950
Motorcycle Simulator Option USD900 USD1,060 USD1,300
Remote Access Plugin Option USD1,512 USD1,780 USD2,184
Simulation Real Time Link Option USD2,250 USD2,650 USD3,250
HIL Link Option USD8,100 USD9,540 USD11,700
RoboCar® Plugin Option USD1,512 USD1,780 USD2,184
Legion Link Plugin Option USD408 USD480 USD592
Fluid Analysis Link Plugin Option USD1,512 USD1,780 USD2,184
Cluster Plugin Option USD3,870 USD4,558 USD5,590
Dekigata Plugin Option USD1,422 USD1,674 USD2,054
Debris Flow Plugin Option USD1,512 USD1,780 USD2,184
Kinect Plugin Option USD1,044 USD1,229 USD1,508
Photo processing extension Plugin Option USD1,044 USD1,229 USD1,508
Aimsun Link Plugin Option USD1,350 USD1,590 USD1,950
cycleStreet Link Plugin Option USD531 USD625 USD767
Rhino® Plugin Option USD510 USD600 USD740
Drive Diagnosis Plugin Option USD1,800 USD2,120 USD2,600
Steering Torque Control Option USD4,050 USD4,770 USD5,850
SfM (Structure from Motion)
Plugin Option
USD2,250 USD2,650 USD3,250
Laser Sensor Option USD8,100 USD9,540 USD11,700
UAV Plugin Option USD1,350 USD1,590 USD1,950
HUD (Virtual Display) Plugin Option USD1,350 USD1,590 USD1,950
Camera Sensor Base Plugin Option USD3,600 USD4,240 USD5,200
Camera Sensor Link Option USD9,000 USD10,600 USD13,000
DS Course Converter Plugin Option USD1,800 USD2,120 USD2,600
Speed Meter Display (separate window)
Plugin Option
USD1,350 USD1,590 USD1,950
FOVE Plugin Option USD1,350 USD1,590 USD1,950
HTC VIVE Plugin Option USD1,350 USD1,590 USD1,950
Mindwave Plugin Option USD1,350 USD1,590 USD1,950
OpenFlight Plugin Option USD1,800 USD2,120 USD2,600
Assessment Plugin Option USD1,575 USD1,855 USD2,275
Log UDP Receiver Option USD1,350 USD1,590 USD1,950
CAN Link Option USD4,050 USD4,770 USD5,850
A/D Board Link Option USD8,100 USD9,540 USD11,700
Simulink Plugin Option USD1,800 USD2,120 USD2,600
VISSIM Link Plugin Option USD1,350 USD1,590 USD1,950
Gaze Tracking Plugin Option USD1,350 USD1,590 USD1,950
Object Detection Plugin Option USD1,350 USD1,590 USD1,950
4D Simulation Edition Plugin Option USD900 USD1,060 USD1,300
Earthquake Simulator Plugin Option USD1,800 USD2,120 USD2,600

■Rental Floating license

Product 2 month 3 month 6 month
Motion Platform Plugin Option USD6,450 USD7,654 USD9,460
D-BOX Plugin Option USD6,000 USD7,120 USD8,800
VR Seat Plugin Option USD2,250 USD2,670 USD3,300
Wheelchair Plugin Option USD2,250 USD2,670 USD3,300
Motorcycle Simulator Option USD1,500 USD1,780 USD2,200
Remote Access Plugin Option USD2,520 USD2,990 USD3,696
Simulation Real Time Link Option USD3,750 USD4,450 USD5,500
HIL Link Option USD13,500 USD16,020 USD19,800
RoboCar® Plugin Option USD2,520 USD2,990 USD3,696
Legion Link Plugin Option USD688 USD816 USD1,008
Fluid Analysis Link Plugin Option USD2,520 USD2,990 USD3,696
Cluster Plugin Option USD6,450 USD7,654 USD9,460
Dekigata Plugin Option USD2,370 USD2,812 USD3,476
Debris Flow Plugin Option USD2,520 USD2,990 USD3,696
Kinect Plugin Option USD1,740 USD2,064 USD2,552
Photo processing extension Plugin Option USD1,740 USD2,064 USD2,552
Aimsun Link Plugin Option USD2,250 USD2,670 USD3,300
cycleStreet Link Plugin Option USD885 USD1,050 USD1,298
Rhino® Plugin Option USD860 USD1,020 USD1,260
Drive Diagnosis Plugin Option USD3,000 USD3,560 USD4,400
Steering Torque Control Option USD6,750 USD8,010 USD9,900
SfM (Structure from Motion)
Plugin Option
USD3,750 USD4,450 USD5,500
Laser Sensor Option USD13,500 USD16,020 USD19,800
UAV Plugin Option USD2,250 USD2,670 USD3,300
HUD (Virtual Display) Plugin Option USD2,250 USD2,670 USD3,300
Camera Sensor Base Option USD6,000 USD7,120 USD8,800
Camera Sensor Link Option USD15,000 USD17,800 USD22,000
DS Course Converter Plugin Option USD3,000 USD3,560 USD4,400
Speed Meter Display (separate window)
Plugin Option
USD2,250 USD2,670 USD3,300
FOVE Plugin Option USD2,250 USD2,670 USD3,300
HTC VIVE Plugin Option USD2,250 USD2,670 USD3,300
Mindwave Plugin Option USD2,250 USD2,670 USD3,300
OpenFlight Plugin Option USD3,000 USD3,560 USD4,400
Assessment Plugin Option USD2,625 USD3,115 USD3,850
Log UDP Receiver Option USD2,250 USD2,670 USD3,300
CAN Link Option USD6,750 USD8,010 USD9,900
A/D Board Link Option USD13,500 USD16,020 USD19,800
Simulink Plugin Option USD3,000 USD3,560 USD4,400
VISSIM Link Plugin Option USD2,250 USD2,670 USD3,300
Gaze Tracking Plugin Option USD2,250 USD2,670 USD3,300
Object Detection Plugin Option USD2,250 USD2,670 USD3,300
4D Simulation Edition Plugin Option USD1,500 USD1,780 USD2,200
Earthquake Simulator Plugin Option USD3,000 USD3,560 USD4,400

●Related Products

■Rental license

Product 2 month 3 month 6 month
VR-Cloud® Flash Version USD1,512 USD1,780 USD2,184
UC-win/Road SDK USD1,512 USD1,780 USD2,184
UC-win/Road Education Version USD275 USD324 USD399
UC-win/Road Web Viewer USD1,710 USD2,014 USD2,470
UC-win/Road Data Exchange Tool USD643 USD757 USD929

■Rental Floating license

Product 2 month 3 month 6 month
VR-Cloud® Flash Version USD2,520 USD2,990 USD3,696
UC-win/Road SDK USD2,520 USD2,990 USD3,696
UC-win/Road Education Version USD464 USD550 USD680
UC-win/Road Web Viewer USD2,850 USD3,382 USD4,180
UC-win/Road Data Exchange Tool USD1,072 USD1,272 USD1,573

Plugin List

Plugin List

Plugin Name Ultimate
Driving Sim
CIM Lite
Drive Simulation Plugin
including SensoDrive Simulator Plugin)
- - - USD3,360
ECO Drive Plugin - - - USD3,360
Replay Plugin - - - USD1,730
Log Export Plugin - - - USD3,360
Scenario Plugin - - USD1,730
Communication Plugin - - USD3,360
Micro Simulation Player Plugin - - USD3,360
Parking Lot Plugin - - USD800
VR-Cloud® Plugin
(including a3S SDK server license)
- - USD3,360
VR-Cloud® Script Plugin
(function of VR-Cloud® SDK)
*requires VR-Cloud® Plugin
- - USD3,360
VR-Cloud® Collaboration Plugin
*requires VR-Cloud® Plugin
- - USD5,500
Point Cloud Modeling Plugin - - - USD1,730
Civil 3D Plugin - - - USD750
EXODUS Plugin - - - USD3,360
GIS Plugin - - - USD2,840
InRoads Plugin - - - USD750
OSCADY PRO Plugin - - - USD1,180
xpswmm Plugin Ver.2 (for Tsunami) - - - USD3,360
Noise Plugin - - - USD3,360
Export Scene Plugin - USD800
DWG Tool Plugin
*requires Export Scene Plugin
 ● - USD800
IFC Plugin - USD800
12d Model Plugin - - - - USD750
Munsell Color Space Export Plugin - - - - USD2,320
Export For Free Viewer Plugin - - - - USD750
Tsunami Plugin - - - - USD3,360
OHPASSPlugin - - - - USD5,500
OSM Plugin - USD750
Online Map Import Plugin - USD800
Quest Rift Plugin - - - - USD500
OpenDRIVE Plugin NEW! - USD800
CityGML Plugin - USD800
Plugin Name Ultimate
Driving Sim
CIM Lite

Additional plug-in options

Additional plug-in option

Additional Plug-in Option Price
Motion Platform plug-in option (System option) *4 USD8,600
D-BOX plug-in option USD8,000
VR Seat plug-in option USD3,000
Wheelchair plug-in option USD3,000
Motorcycle Simulator Option USD2,000
Remote Access plug-in option USD3,360
Simulation Real Time Link Option  USD5,000
HIL Linkage option *4  USD18,000
RoboCar® plug-in option USD3,360
Aimsun Link Plug-in option USD3,000
OpenFlight plug-in option  USD4,000
DS Course Converter plug-in option USD4,000
Legion Link plug-in option USD800
Simulink Connection plug-in option  USD4,000
Drive Diagnosis plug-in option   USD4,000
Steering Torque Control option *4 USD9,000
CycleStreet Link plug-in option USD1,180
Cluster plug-in option *5 USD8,600
Virtual Display plug-in option USD3,000
Speed Meter Display plug-in option USD3,000
FOVE plug-in option (64bit only) USD3,000
HTC VIVE plug-in option USD3,000
Mindwave plug-in option USD3,000
Camera Sensor Base plug-in option USD8,000
Camera Sensor Link option *4 USD20,000
Log data UDP Receiver option USD3,000
CAN Signal Link option *4 USD9,000
A/D board link option *4 USD18,000
Dekigata (Work Progress Control) Plug-in option USD3,160
Photo-processing extension plug-in option USD2,320
SfM (Structure from Motion) Plug-in option USD5,000
Laser sensor option *4 USD18,000
Debris Flow plug-in option USD3,360
Rhino® plug-in option   USD1,000
Kinect plug-in option USD2,320
UAV plug-in option USD3,000
Assessment plug-in option USD3,500
Super computer Noise plug-in option USD180/month
Super computer Fluid Analysis Link plug-in option USD3,360
VISSIM Link plug-in option USD3,000
Gaze Tracking plug-in option USD3,000
Object Detection plug-in option USD3,000
4D Simulation Edition plug-in option USD2,000
Earthquake Simulator plug-in option NEW! USD4,000

*4 Provided for only system development / *5 Configuration: 3 slave PCs & 1 server PC

Related Products

Related Products

Related Products Price
VR-Cloud® Collaboration USD5,500
VR-Cloud® Standard USD3,360
VR-Drive USD780
UC-win/Road SDK USD3,000
UC-win/Road Education Version USD540
UC-win/Road Data Exchange tool USD1,430
UC-win/Road Trial Version Free of charge
UC-win/Road Video tutorial (Japanese, English, Korean, Chinese) USD300

Price of UC-win/Road Driving Simulator

Price of UC-win/Road Driving Simulator

 UC-win/Road Driving Simulator Price of system (Packaging system)
Specifications Order quantity
1 DS 10 DS 20 DS
UC-win/Road-Drive Simulator
Basic configuration
 ・1/4 Cabin, Full Instrumentation
 ・3ch. 42” PDP monitor
 ・5.1ch Speaker, Body Sound
 ・CFLS Controller
 ・Active Steering Wheel
USD67,100 USD60,400 USD50,400
UC-win/Road Driving Sim USD12,100 USD10,300 USD8,400
Total USD79,200 / simulator USD70,700 / simulator USD58,800 / simulator
*Options item 1 DS 1 DS 1 DS
 ・Navigator type Monitor USD450 USD380 USD330
 ・2DOF Motion Platform(500Kg) Packed From USD66,000 -
 ・3DOF Motion Platform(500Kg) Packed From USD79,200 - -
 ・Left-hand drive, Clutch pedal (each software) USD1,100 USD770 USD550

*A shipping cost is not included. FOB : Tokyo, Japan

 Rental price of UC-win/Road Driving Simulator  (Packaging system)  
Specifications Rental terms
1 day 1 month 1 year
UC-win/Road-Drive Simulator
Basic configuration
 ・1/4 Cabin, Full Instrumentation
 ・3ch. 42” PDP monitor
 ・5.1ch Speaker, Body Sound
 ・CFLS Controller
UC-win/Road Driving Sim
Basic fee

Additional fee
(for 1 day)

Basic fee

Additional fee
(for 1 month)
Basic fee

Additional fee
(for 1 year)

UC-win/Road Demonstration Simulator
 Demonstration Simulator USD10,000
 UC-win/Road Advanced Rental price
Basic fee

Additional fee
(for 1 day)
Basic fee
Basic fee
Setting and Shipping fees: Please contact the sales representatives

 Rental price of UC-win/Road Experience Driving Simulator 
   (6 axis motion 3ch) (Packaging system)
Specifications Rental terms
1 day 1 month 1 year
UC-win/Road-Experience Driving Simulator
Basic configuration
 ・Eggshell cabin, 2C coloring ・6DOF Motion Platform
 ・3ch. 32” LCD monitor ・5.1ch Speaker, Body Sound
 ・Force feedback steering wheel
 ・Accelerator/brake pedal system
 ・Direction indicator, mission option
UC-win/Road Driving Sim + Motion platform option
Basic fee

Additional fee
(for 1 day)
Basic fee

Additional fee
(for 1 month)
Basic fee

Additional fee
(for 1 year)
Setting and Shipping fees: Please contact the sales representatives

 Rental price of UC-win/Road Simple Driving Simulator  (Packaging system)
Specifications Rental terms
1 day 1 month 1 year
UC-win/Road Simple Driving Simulator (General)
Basic configuration
 ・PC(3 screen output is applied.) ・3 of 17”LCD monitor
 ・Game steering controller ・Game seat
UC-win/Road Driving Sim Rental price
Basic fee

Additional fee
(for 1 day)
Basic fee
Basic fee
UC-win/Road Simple Driving Simulator (Academy)
Basic configuration
 ・PC (3 screen output is applied.) ・3 of 17”LCD monitor
 ・Game steering controller ・Game seat
UC-win/Road Driving Sim Rental price
Basic fee

Additional fee
(for 1 day)
Basic fee
Basic fee
UC-win/Road Simple Driving Simulator (Education)
Basic configuration
 ・PC (3 screen output is applied.) ・3 of 17”LCD monitor
 ・Game steering controller ・Game seat
UC-win/Road Education Version
 +Drive Simulator Plugin +ECO Drive Plugin
 Rental price
Basic fee

Additional fee
(for 1 day)
Basic fee
Basic fee
Setting and Shipping fees: Please contact the sales representatives

 Rental price of Eyemark recorder option  
Specifications Rental terms
1 day 1 month 1 year
Mobile eyemark recorder EMR-9
Basic Configuration
 ・EMR-9 (Hat type binocular standard set
      60Hz detection/field lens 44°)
 ・Additional field lens(92°)   ・Hat LL size
 ・2 batteries  ・Battery charger
 ・EMR-dFactory (Analysis software) ・Bag
 ・Color liquid crystal view finder
 ・Serial convert cable
 ・Notebook PC for analysis software
(with setup software)
 ・Release switch
Basic fee

Additional fee (for 1 day)

However, In case of
simultaneously using DS

Basic fee for option

Additional option (1 day)
Basic fee

Additional fee (1 month)

However, In case of
simultaneously using DS

Basic fee for option

Additional option (1 month)
Basic fee

Additional fee (for 1 year)

However, In case of
simultaneously using DS

Basic fee for option

Additional option (1 year)
Setting and Shipping fees: Please contact the sales representatives

UC-win/Road Driving Simualtor, UC-win/Road Experience Simulator (Simulator lineup)
Concept H/W price Product Description

Compact Research Simulator

(3ch standard)
  • Simulator for research
    (including UC-win/Road DSop.)
  • Real car parts and Instrumentation
  • Steering for both side available, Automatic (Manual Op.)
  • Active Steering Wheel, MP (1-6 axis) option
    (UC-win/Road is not included.)

Driving Simulator

(3ch standard)
  • 3ch. 32” LCD monitor (including UC-win/Road DSop.)
  • 6DOF Motion platform (payload 350kg)
  • 5.1ch Speaker, Body Sound
  • Force feed-back steering system (SENSO-Wheel)
  • Accelerator/brake pedal system
  • Direction indicator, mission option
    (UC-win/Road is not included.)

Compact Driving Simulator

(3ch standard)
  • Steering wheel, accelerator/brake pedal system
    (real car parts used)
  • Steering for both side available, Automatic (Manual Op.)
  • Active Steering standard
  • LCD instrument Op
    (UC-win/Road is not included.)

Simple Driving Simulator for seniors

(1ch standard)
  • 21.5” LCD monitor
  • Kinect™ sensor
  • Real car parts (indicator, wipers)
  • Realistic type steering wheel
  • Hazard lights
    (UC-win/Road is not included.)

SimCraft Simulator

(3ch standard)
  • 3ch.40” LCD monitor
  • 3DOF motion platform
  • High-grade steering controller for game
  • Accelerator / brake pedal (including Load Control Function)
    *Motion configuration and other options are supported.
    (UC-win/Road is not included.)

Flight simulator (left), Racing simulator (right)
BlueTiger (2014)

(3ch standard)
  • 3ch. 32” LCD monitor
  • 2DOF motion platform
  • Operation interface for Flight Simulator
  • Seat vibrator
    (UC-win/Road is not included.)
    Motion Platform option,
    *Custom tailored system integration development service,
    installation service available at additional cost.
    Drive type option supported

Demo Simulator (2007)


(1ch standard)
  • Simplified simulator
    (UC-win/Road is not included.)
  • Compact type for exhibition/demonstration, Start/Stop button
  • Steering wheel, accelerator, brake installed

VR-Cloud® Cloud server setting / Rental price

VR-Cloud® Cloud server setting / Rental price

■Example of server construction (Per 1 data of UC-win/Road)

Product structure UC-win/Road
VR-Cloud® Flash Version USD18,000 USD12,000 USD8,800
VR-Cloud® Standard USD18,000 USD12,000 USD8,800
VR-Cloud® Collaboration USD20,000 USD14,000 USD10,800


Product Specifications Price
System Note
and VR-Cloud®
1) VR-Cloud® (per 1 server) UC-win/Road Ultimate,
UC-win/Road Advanced,
UC-win/Road Standard
See example
of server
2) Road data (Data processing) Data processing and optimization
are not required.
3) Main component and data activation When using multiple sets of data,
resetting of schedule and task is required.
Always active

Server rental

4)Rental server fee
 Basic fee:
  UC-win/RoadVR data x1,
  Simultaneous accessible client x5
Available for:
   1.FORUM8 server
   2.Data center server
Network requirements
  100MB - 1GB, Dedicated line,
best-effort network or
anything in between
See basic server
rental price
Product Specifications Price
System Note
server and
internet settings
1) IIS settings, server folder configuration Web server operation
administrative cost
is not included.
2) VR-Cloud® Settings,
data reproduction,
operation confirmation
3) VR-Cloud® webpage creation Creation of webpage and menu,
setting of links
Please ask
our sales staff.

* Setting cost is for 1 data per 1 server (CPU). Maximum concurrent usage 99(CAL=99 clients).
* System configuration is based on hardware specification and software we selected.
* Standard system settings and installation settings are included except operation administrative cost.

■Basic Server Rental Price(Per 1 data of UC-win/Road)/ Rental fee rate:

Rental price rate
Basic rental price 2 weeks 1 month 2 month 3 month 6 month 1 year More than 1 year
per 1 month
Basic 5 clients *1 0.50 0.65 0.85 1.00 1.70 3.00 0.2
Additional 5 clients *2

Rental price
Basic rental price
3 month
2 weeks 1 month 2 month 3 month 6 month 1 year More than 1 year
per 1 month
VR-Cloud® Flash Version / Standard
Basic 5 clients USD3,000 ※1 USD1,500 USD1,950 USD2,550 USD3,000 USD5,100 USD9,000 from USD9,600
Additional 5 clients USD600 *2 USD300 USD390 USD510 USD600 USD1,020 USD1,800 USDfrom 1,920
VR-Cloud® Collaboration
Basic 5 clients USD3,000 *1 USD1,650 USD2,145 USD2,805 USD3,300 USD5,610 USD9,900 from USD10,560
Additional 5 clients USD600 *2 USD330 USD429 USD561 USD660 USD1,122 USD1,980 from USD2,112

*1 Including server setting charge. The charge of data adjustment is not included.
*2 The charge is added per 5 clients.

■ Reference : Supply Environment(Cloud server/line)

Environment Name (Reference)
Server Dell PrecisionR5400 quad core Intel®Xeon® processor
  E5450(2x6MBL2 cache 3.00GHz, 1333MHzFSB) x2
8GB(2GBx4) quad channel DDR2-SDRAM memory (667MHz, ECC)
1TBSATA3.0Gb/sNCQHDD(7200rpm) x2  SATARAIDLevel1(HDDx2) configuration
NVIDIA®Quadro®FX5800, 4GBDDR3memory
OS Microsoft® Windows®7Professional64bit official version (Japanese/English version)
Windows Server(TM) 2003 SP1 Standard Edition
Provider, domain name Static IP address
Server maintenance 24-hour technical telephone support (with E-mail support) (24 hours a day, every day)
On-site maintenance service for five years
Internet connection USEN BROAD GATE02 Optic business access Giga IP8, 1Gbps

Academic Price

An Academic License can be provided for educational purposes and used by teachers, lecturers, academic researchers, and students.

Academic Price

Product Name Academy Price
UC-win/Road Ver.17 Ultimate USD13,760
UC-win/Road Ver.17 Ultimate 5 licenses pack Subscription USD21,700
UC-win/Road Ver.17 Driving Sim USD8,800
UC-win/Road Ver.17 Driving Sim 5 licenses pack Subscription USD15,600
UC-win/Road Ver.17 Advanced USD7,040
UC-win/Road Ver.17 Advanced 5 licenses pack Subscription USD12,100
UC-win/Road Ver.17 Standard USD4,800
UC-win/Road Ver.17 Standard 5 licenses pack Subscription USD8,200
UC-win/Road Ver.17 CIM Lite USD3,840
UC-win/Road Ver.17 Multi User Client Version USD864
UC-win/Road Ver.17 Presentation Version USD480
UC-win/Road Ver.17 Cluster Client Version USD480

Version Update History

Version Update History

UC-win/Road Ver.17
Version Released date Updated contents
17.0.0 23/07/07
  1. CityGML data export
  2. Flood Navi import
  3. Linkage with VISSIM
    • Support of VISSIM2023
    • VISSIM TCP linkage
    • VISSIM multi-user function
  4. Python Interface (COM API)
UC-win/Road Ver.15
Version Released date Updated contents
15.0.2 21/05/10
  1. Supports FBX format files which can be downloaded from "PLATEAU" published by the MLIT
  2. FBX import supports searching for textures in the *.fbm folder where is the expansion destination
    for FBX embedded textures.
  3. For the video output function, black bars can be added to the top and bottom of the video.
15.0.0 21/02/26
  1. Improvement of IFC file import
  2. Improvement of 4D simulation
  3. Force feedback of game controller
  4. Improvement of rendering speed
  5. Display of pedestrian traffic light
  6. Convex mirror
  7. Recording with MP4/WMV format

Product Operation Environment

Product Operation Environment

OS Windows 8.1 / 10 / 11 (64bit OS is recommended)
CPU Greater than Intel® i5-3470 or i7-3770
(Greater than CPU clock 3.2 GHz, quad-core is recommended)
Required memory
(including OS)
Greater than 4GB (Greater than 64bitOS+8GB is recommended.)
Required Disk Capacity Greater than 8GB (Greater than 10GB is recommended.)
* The required free space for installment of the product including the terrain data
and sample data is described. Greater than 10GB is recommended if considering downloading
from RoadDB and the working range for AVI recording.
Video card Greater than NVIDIA® GeForce GTX560. Greater than 1GB and OpenGL 3.1 for video memory.
(Greater than GeForce GTX670, Quadro 4000, and greater than 2GB and OpenGL4
for video memory are recommended.)
>> Video Card information   >> Result of the benchmark test
Display (Image Resolution) Greater than 1024 x 768 (greater than 1920 x 1080 is recommended)
* Please use the default setting for window design and the font size.
Input data extension RDC, RD
File export >> Data file import and export
Cooperation with other products <Loading>
   Engineer's Studio®
   Pier design 3D bar arrangement
   Box type abutments design calculation
   Abutment design 3D bar arrangement
   RC substructure design calculation
   Rigid frame pier design calculation
   Foundation design 3D bar arrangement
   Caisson type pile foundation frame analysis
   Temporary sheathing work design 3DCAD
   Temporary piled jetty design 3DCAD
   Double wall cofferdam design 3DCAD
   Slope stability analysis
   Box culvert design 3D bar arrangement
   Box culvert design 3D bar arrangement (earthquake-proof sewage system)
   Retaining wall design 3D bar arrangement
   Manhole design 3D bar arrangement
   UC-Draw tools (Box culvert, Earth retaining, Temporary bridge, Abutment)
Note Recommended to equip a DVD-ROM drive and soundboard.
*If you perform a drive simulation, it is recommended to use a steering controller
(sold separately) that can be connected to the PC via USB.
*Internet connection is required in order to use the RoadDB
(downloading sample data and models).

Order / Contact Us

Order / Contact Us

■Inquiries about UC-win/Road
Contact us from Sales inquiry or email to ist@forum8.co.jp or forum8@forum8.co.jp

■Sales Office
>> Sales offices


3DVR is effective to select the type of bridge. Design data such as Engineer's Studio® can be applied to bridge models with a"3ds" extension. Examination of bridge type and color, and adjustment of construction shade according to seasons and time are available. Driving, walking and flight simulation are effective to landscape examination.

▲Comparison of VR Model with actual photograph (Left: actual photo captures; Right: UC-win/Road screen)
Data provided by Nippon Koei Co., Ltd. (Kushimoto Bridge/ Myouga Loop Bridge)

▲Visual comparison of a bridge before and after the removal of elevated highway on Metropolitan Expressway (Nihonbashi River)

▲Shadow is depicted in detail with the high precision rendering

▲Lighting up bridges can be displayed.

▲Scene of a truck running over Great Seto Bridge

▲Suspension bridge

Engineer's Studio® 3DS export

▲Inside the tunnel

▲Tunnel entrance design

▲Training system for tunnel administrator
via VR (BMIA, France)

▲Export 3D models from Engineer's Studio®

The 17th 3D・VR Simulation Contest on Cloud
Essence Award "VR simulation of evacuation from Metropolitan Expressway Yokohama Kita line"
Kanagawa Construction Bureau, Metropolitan Expressway Company Limited


Traffic flow and vehicle profiles can be altered in traffic simulation, which also takes into consideration vertical slopes and the vehicle performance. The traffic after the opening of a new bypass or a large attraction, such as a shopping mall, can be simulated, and linkage with traffic analysis software enables UC-win/Road as a simple visual 3D traffic simulation.

▲12th 3DVR Simulation Contest Grand Prix
"VR Simulation for Traffic Regulation to Divert Traffic During Night Construction" Iwasaki CO., LTD.

10th 3DVR Simulation Contest
Honorable Judge Award "VR simulation for consensus creation in the traffic nodes improvement project"
Asahi Sokuryo Sekkei Co., Ltd

18th 3DVR Simulation Contest
Honorable Judge Award "Vehicle trajectory simulation on Hanshin Expressway"
Hanshin Expressway Company Limited

●Micro Simulation Player Plugin

Micro Simulation Player is the function to run various types of simulation animation which is depicted as 3D model movement. It is capable to record and play a traffic flow as a result of UC-win/Road and other traffic simulation.

●OSCADY PRO Plugin Traffic light designing software

Oscady Pro allows automatic setting of signal phase and arrangement, and optimized signal capacity and congestion, and gradal and swift optimization of traffic signal.

●VISSIM Plugin

It's possible to read the result of traffic flow analysis of VISSIM and to simulate it.

●Aimsun Plugin

Vehicle behavior and signal phase from Aimsun can be reproduced real-time within the UC-win/Road 3D environment.

●Traffic simulation Clearing house

Inspection points of UC-win/Road is posted.


For use in river improvement and maintenance projects, movement of the water and reflection on the surface can be utilized.

第18th 3DVR Simulation Contest
Honorable Judge Award "Bridge light-up simulation along Meguro River"

▲6th 3DVR Simulation Contest Excellence Award
"Hosei University around Ichigaya Campus VR Simulation" By Civil and Environmental Engineering , Faculty of Engineering and Design, Hosei University


New transportation system such as railway, can be available as well as road simulation. It is easy to make plans of crossing with an overpass or underpass with 3DVR and redevelopment projects in station square and pedestrian deck plans are available.
A variety of system constructions including railway simulators for R&D, education and training, and publicity work are also provided.

▲Railway simulation

10th 3D-VR Simulation Contest
Grand Prix "System for checking the position where equipments are installed" By Japan Railway Construction, Transport and Technology Agency

16th 3D VR Simulation Contest
2nd Prize "Reproduction of the tramway line and its surroundings in Omuta city" By Keisuke Ijiri

17th 3D VR Simulation Contest
Grand Prix "VR simulation for Hokkaido Shinkansen Sapporo station design and construction" By Hokkaido Railway Company


For models of harbors and airports, simulation of a vast area is available with aerial pictures. Sea routes of vessels can be defined through path configuration, allowing visual expression of diverse vessels sailing. Also, by defining airplanes as flight models, take-offs and landings can be visualized. With the seacoast and undersea models, there are reflection expressions and diverse 3D models available.

16th 3D VR Simulation Contest
Grand Prix "Education training of Haneda Airport by VR simulator" By Meiwa Sky Support Co., Ltd.

17th 3D VR Simulation Contest
2nd Prize "VR data for ship operation simulator"

▲Sample model of Kobe port

▲Sample model of Kobe port

▲Take-off and landing of airplanes can be defined by flight paths

▲Examples of modelized riverside districts and water channels (Gujo Hachiman)

▲Undersea image models
Coral reefs = 3D trees. Fish = MD3 characters


The image can be visualized by walking through the whole image or switching through plans so that scenery plan consideration is possible. A wide range of tree textures and 3-D trees are useful for planting evaluation in designing parks and housing development areas, or effects on traffic and human flow caused by the plan.

10th 3DVR Simulation Contest
Honorable Judge Award Regional Construction Award
"Simulation for improving the route taken by students going to and from school"
By Tatsumi Architects & Engineers

14th 3DVR Simulation Contest Grand Prix
Kitsuki City jokamachi (castle town) future proposals
by Kitsuki City, Oita Prefecture

City and Architecture blog / Shinano Omachi
(NPO Workshop for Sustainable Community)

13th 3DVR Simulation Contest
Design Award "Residential Building Design VR Simulation for N House" By atelier DoN

9th 3DVR Simulation Contest
Nomination Award "BANJAR Water Park"

-Urban planning-

For designing cities and streets, tree planting evaluation and tree type selection are available, offering simulations in the four seasons in 5 or 10 years from now. For improvement of streets and redevelopment of train station neighborhoods, 3D traffic streams and dynamic urban area representations with 3D human models are useful. With the artificial light feature, which switches through daytime and nighttime, the landscape can be evaluated at day and night.

14th 3DVR Simulation Contest
Regional Construction Award "Dream Zone - Creating the Town You Want to Return! - Awaji City Yumebutai Sustainable Park, Compact City Project" By Awaji City Hall, Hyogo Prefecture

15th 3DVR Simulation Contest
Grand Prix
"Mizuki Shigeru Road in Sakaiminato City" By Sakaiminato City

16th 3DVR Simulation Contest
Idea Award
"Integration of 3D models from sewerage pipe line investigation data" By Kanro Jyoho Katsuyo Yugen Sekinin Jigyo Kumiai (Limited Association of Pipeline Data Utilization)

17th 3DVR Simulation Contest
Honorable Judge Award "VR data utilized for Nanase River renovation plan" By Kyoto Kogakuin High School

▲Landscape assessment of day and night (Daytime)

▲Landscape assessment of day and night (Nighttime)

"City and Architecture Blog" (Japanese) by Assoc. Prof. Tomohiro Fukuda is open on Up&Coming. FORUM8 staff tries to model 3D digital cities introduced by Assoc. Prof. Fukuda.

▲ Sule Pagoda and roundabout

▲ Colosseo

▲ Tsurugaoka Hachimangu

-Road Simulation-

For evaluation of slope works such as cutting and banking of the terrain, and small ramps, simulations of internal/external landscapes depending on the traveling speed are available. With plentiful road options, horizontal crossings as well as overhead crossings, tunnels, and bridges can be generated easily, offering visual definition of complicated crossing shapes, textures, running routes, and traffic control. The On/Off ramp definition feature allows quick creation of intricate interchanges. Profiles can be set by hourly traffic volume and by car type for traffic jam simulations and traffic volume comparison simulations in planning bypass routes.

▲ Interchange

▲ Rotary

▲ Intersection

▲Traffic Generators/Flow
Traffic generation through rate setting by car type and hourly traffic volume setting
and traffic stream simulation that allows car collision control.
From upper left, traffic route, hourly traffic volume by route, and configuration screen for car rate by type.

18th 3D VR Simulation Contest
Nomination Award "VR simulation of social infrastructure planning" By Toho Development Co., Ltd.

18th 3D VR Simulation Contest
Idea Award "Snow blower simulator" By NICHIJO CORPORATION





OS Windows 7、8.1 の64bit版
CPU Intel Corei5、Corei7
メインメモリ 8GB以上
グラフィック Open GL2.1以上をサポートしたグラフィック
NVIDIA Geforce GTX 970、980
NVIDIA QUADRO K5000、K5200、K6000
NVIDIA Geforce GTX 980M
ディスプレイ 推奨解像度 1920×1080以上



営業問い合わせフォーム : https://www2.forum8.co.jp/cgi-bin2/eigyo.htm





PCにおいて「.NET Framework 3.0」が利用されている場合、何か問題は発生するか。

弊社で確認したところでは「.NET Framework 3.0」がインストールされているPC上でも何ら問題なくシステムは動作しています。

 1) OS
 2) CPU(クロック数も)
 3) メモリ容量
 4) ビデオメモリ容量
 5) 画面解像度
 6) ハードディスク容量
 7) 画面の物理的な大きさ(15インチ、17インチ等)
 8) プリンタポート等、特別に必要なハードウェア
 9) その他注意事項があれば教えて下さい。

>> UC-win/Road 製品利用環境


→ 大きいほど見やすいといえます。


→ 運転などを行う場合、上記コントローラが必要です。


→ メモリやビデオカードは動作に影響が大きいので、その点にご注意頂きご検討ください。


Additional fee読込みは、別データからのモデルを取り込むことと考えて良いか?





電線のケーブル色を変更するには、ケーブル配置した後、電線部分をマウスでクリック選択し、表示された「電線の編集」画面から色の部分をクリックし、任意の 色を設定してください。なお、現時点ではデフォルト色の設定や一括で変更する機能がございません。そのため、面倒とは存じますが、柱間ごとに画面を表示し 個別に変更して頂きますようお願いいたします。


座標入力および、高さ設定については、飛行ルートを利用すれば可能です。平面図で飛行ルートを定義し、起点位置を座標入力して下さい。飛行ルートの縦断で 起点高さを設定します。飛行ルートの起点に動作制御点を設定し、速度0とします。飛行し、その位置を保存して下さい。


点灯しているテクスチャをマッピングしたオブジェクトと消灯しているテクスチャをマッピングしたオブジェクトをあらかじめモデルに用意しておき、UC- win/Roadに読み込んだあとモデル編集の可動設定で、それらを交互に見える位置に入換えることで点滅しているような表現となります。


Look at Me という機能を使い、見たい方向を設定できます。手順は以下の通りです。

  1. 見たい方向にあるモデルの編集画面「制御対象」にチェックを入れます。
  2. 道路平面図で飛行ルートに動作制御点をAdditional fee、対象[モデル]を設定して下さい。
  3. コマンドに「LOOK AT ME」を設定して下さい。



Civil3DからRoadへインポートする場合は、最大20km x 20kmの範囲でインポート可能ですが、マージの際は現在のRoadの範囲に制限されます。





  1. 同じ方向の車線間のゼブラのテクスチャは、「断面の詳細」のギャップに設定
  2. 中央分離帯のゼブラのテクスチャは、車道と車道との間の断面に設定
  3. Transitionの前後でノード数(頂点の数)を一致させる必要があるため、ゼブラがなくなる位置の断面にも幅0のゼブラのテクスチャの断面を設定
  4. Transitionの「起点側の曲率」「終点側の曲率」を適切に設定


「道路平面」の画面で、飛行ルート上でマウスを右クリックし、「Additional fee-動作制御点」を選択します。
次に「編集-動作制御点」で、コマンドに「Sloly Turnheadもしくは、Turnhead」を選択し、角度を入力します。


基本的には1車線目の走行車が2車線目に移れると判断したときに1車線目の車輌が2車線目に車線変更し、移れないと判断したときは1車線内に停止します。 1車線目の車輌が2車線目に移動しているときに2車線目の車輌が遭遇したときは、2車線目の車輌が衝突回避から、そのまま停止し、この停止が後々まで続い て渋滞することになります。



  1. 各車線の起点側にオンランプを接続し、その各々に対して7:3の割合で走行車を生成するようにする。但し、車線毎にランプを接続させるためにはオンランプの位置をずらす必要があります。
  2. 考慮する区間手前に車線変更の動作制御点をAdditional feeし、或る車線の走行車を隣の車線へ7:3になるように設定する。

これらの方法のうち 2 については、車線変更時に渋滞が発生するかもしれません。そのため今回の場合は 1 による方法をお勧めします。


交 通流の生成にはポアソン分布を使用しています。ポアソン分布は、t 時間当たりに x 件の事象の発生確率を示します。確率ですので、平均的には同じであっても、或る時間と別の或る時間とでは必ずしも生成台数が一定ではございません。そのために或る時は少なく、別の或る時は沢山の車輌が生成され、それが画面に表示されます。
基本的に車輌の出現に関するフェーズの設定は、有効にした行に関して入力した時間の間、時間台数の交通量を生成するという意味になります。1行のみの場合 は入力した時間にかかわらず、設定した交通量(台/hr)で生成します。この設定には複数行の入力が可能です。
それは、設定した位置より手前側に信号を伴う交差点があると考えると分かり易いと考えます。基本的にその交差点の信号フェーズがここの入力の時間と考えれ ば良いです。例えば、或る信号の青のフェーズが30秒で赤のフェーズが10秒の場合、また交通量が500台/hrの場合、1行目時間->30、交通 量->500、2行目時間->10、交通量->0の様に入力します。信号のあるフェーズが3600秒には基本的にはなり得ませんので、 入力項目内容をご理解の上ご使用ください。



  1. バスモデルをポーズのみの可動設定を行う。
  2. バスを飛行体(走行車)にAdditional fee。
  3. 動作制御点を設定。
    1行目 速度0km
    2行目 コマンド指定と再開速度の指定



  1. 目盛りの入った定規モデルを作成し、それを移動させながら確認する。
  2. 建築限界の範囲を示すモデルを作成し、それを当ててみるか、走行させる。
  3. 建築限界の範囲を示す断面を作成し、表示非表示チェック、透過などを使い必要に応じて確認する。







「オプション」-「景観のモデル表示」-「景観のAdditional fee」で現在、設計前、設計後含め、最大20パターンまで増やすことが可能です。
表示切替は、プルダウンによる切り替えのほか Ctrl + Shift + 数字(2桁も可能)を押し、Ctrl + Shiftを放すと、その数字の景観に切り替わります。

>> FORUM8名古屋事務所 サンプルデータ (UC-win/Road Web Viewer)



スクリプトの「マルチメディア」-「ビデオ再生」で 《 製品のインストールフォルダ 》 Video に登録されているAVIファイル指定すると、スクリプト実行中に、設定したタイミングで再生させることが出来ます。





  1. 現在の起点の断面左3車線-右3車線を5mの位置に新たに設定します。
  2. 起点の道路断面を新しく左1車線-右3車線として作成します。
  3. 5mの位置でオンランプ接続が可能となるため、5mほどの距離のオンランプ道路を接続します。
  4. オンランプ道路は、左2車線の断面とします。
  5. 元々の道路には、バスを走行させ、オンランプには、一般車を走行させることで、中央よりのみバスが走行します。




方位は、真北を 0度、東を 90度、南を 180度、西を 270度としたときの角度になります。
仰角は、水平線を 0度としたときの角度になります。


>> UC-win/Roadデータ変換ツール






  • 任意地形パッチを地形パッチ編集画面から保存します。このとき地形パッチデータはいかなる座標系でも使用可能の状態で出力されます。
  • 出力したxmlファイルをメモ帳で開き、Originの位置をRoad座標系の座標値で編集し、結果全点が読み込んでいる地形に収まるようにします。
  • 配置する地形を読み込み、地形パッチを配置します。

場合によっては2. 3.の作業を繰り返し、位置を調整する必要があるかも知れません。地形パッチの重ね合わせはできませんので、繰り返す場合は、先に配置している地形パッチを一旦削除するようにしてください。



  • 下記2行をそのままAdditional feeしてください。
    <?xml version=""1.0""?>
    <!DOCTYPE UCwinRoadTerrain SYSTEM ""UCwinRoadTerrain.dtd"">
  • 地形バージョン、座標系の設定の下記をAdditional feeしてください。
    <UCwinRoadTerrain version=""0.*"" coordinateSystem=""*"">
  • 下記のとおり原点を設定してください。
    <Origin north=""*****"" east=""*****""/>
  • 下記フォーマットに従って各標高点を標高点数分Additional feeしてください。
    <Point north=""***.**"" east=""**.**""height=""**.**""/>
  • xmlの終了という意味で下記一行をAdditional feeしてください。
  • 任意のファイル名で保存する。





画像1枚あたりの大きさ(ピクセル数)にもよりますので、ファイル容量がどの程度になるかは何ともいえません。目安として、1000ピクセル四方の画像を 60枚程度貼り付けますと、Roadデータの容量は200MBを超えます。これには道路も含まれています。取り扱うことができるファイル容量は、マシンの メモリ等にもよるため一概に言えません。大きくなるようであれば、後から画像のピクセル数を減らして貼り直しを行うことで、容量を減らして下さい。




>> UC-win/Road 関連製品
>> UC -win/Road Pluginオプション
これらのツール、オプションが無い場合で、手作業でも部分的に調整したいとのことであれば、地形パッチの作成により任意の位置に標高点をAdditional feeまたは移動し、その標高点に高さを設定し、地形を調整することが可能です。


全く反射させなくするには、3DSモデルを作成する、または地形で水面を表現する などがあります。





  • SIMAデータ読み込む前に、ツール側の[編集]-[地形データの設定]により左下の座標値、地形の範囲を50mメッシュの範囲に合わせる(このとき設定する座標系は0:任意座標系で結構です)。
  • SIMAデータ読込み後、RDファイルへ出力する。
  • UC-win/Roadで同上地域を読み込む。
  • ツールで出力したRDファイルをマージする。












MD3キャラクタについて(モーションキャプチャからの作成方法) (PDF形式  16ページ 813KB)
サンプルムービー (AVI形式 663KB 0:09)


UC-win/Road DWGツールオプション(有償Plugin)で読み込み可能です。



  • UC-1製品の画面でモデル上を右クリック→「ファイル出力」をチェック→ファイル形式に3dsを選択してモデル登録
  • UC-win/Roadの「モデルの編集」画面から登録したファイルを読み込み



交差点で路線Bへ左折後は初期速度(この場合は時速60km)になるまで加速しようとします。そこで交差点左折後にその交通の速度が時速40kmになるよう に道路B上の交差点先に動作制御点を置いて、そこを通過する交通の速度を時速40kmに設定してください。動作制御点は道路平面図の道路を右クリックし ポップアップメニュー「Additional fee」-「動作制御点」により配置、同様に「編集」から編集することができます。






A路線の起点方向から1000台/時の交通量が発生するとした場合、上流フェーズが「1つ」の場合は、「時間3600secs、交通量1000/hr」で構いません。 上流フェーズの「時間」は「交通流が生成される時間」のことで、複数設定されている場合、例えば3つ「A:30secs、B:50secs、C: 20secs」設定されている場合は、Aが30秒生成された後、次に、Bが50秒、更にCが20秒生成され、その後は「A → B → C」の順に生成が繰り返されます。そのため、「時間」は複数設定されている場合は意味を持ちますが、1つの場合は何が設定されていても特に意味を持ちません。








簡易に表現するのであれば、交差点を作成せずに、駐車場出入り口付近に任意交通流点をAdditional feeしそこでの交通流の発生、消滅を設定することで、擬似的にシミュレーションを行うことも出来ます。



「Standard」「Advanced」「Driving Sim」「Ultimate」の4種類になります。 「Advanced」は他ツールと連携可能な有償Pluginを多数含み、「Driving Sim」は高度なドライビングシミュレーションに対応しています。




提供しております。「Presentation Version」では正規ライセンスと同様に各種プレゼンテーション機能が利用できます。

( >> Trial versionダウンロード )


本ソフトによるシミュレーション結果等が、国土交通省、 あるいは都道府県等の官公庁において使用された実績はあるか?

>> UC-win/Road ビデオ・ギャラリー → 3D・VRシミュレーションコンテストレビュー

>> Advanced Project  先進プロジェクト事例紹介誌 「橋梁と都市プロジェクト」











 >> サポートページ UC-win/Road Q&A集