Ride in Test Cars

Participants are invited to ride on test cars equipped with the integrated road infrastructure and vehicle information communications technology at MOC's PWRI test track.

Major Services to be Unveiled

Support for prevention of collisions with forward obstacles
Notification to vehicle: detects vehicles, headway objects, etc. in poor visibility. Vehicle gives driver information, warning and operational support.

Support for prevention of overshooting on curve
Notification to vehicle: detects the distance and shape of curves ahead before approaching. Vehicle gives driver information, warning and operational support.

Support for prevention of lane departure
Supplementation to vehicle: lateral direction information from lane markers which were installed in the road. Vehicle gives driver information, warning and operational support.

Support for prevention of crossing collisions
Notification to vehicle: detects the approaching vehicle with a right of way at intersection. Vehicle gives driver information and warning.

Support for prevention of right turn collisions
Notification to vehicle: informs vehicle of intersections where right turns are possible and detect oncoming vehicles. Vehicle gives driver information.

Support for prevention of collisions with pedestrians crossing streets
Notification to vehicle: detects pedestrian crossing. Information service from vehicle to driver. Vehicle gives driver information.

Support for road surface condition information for maintaining headway etc.
Notification to vehicle: follows up on information such as road surface conditions. Vehicle utilizes this data on maintenance of headway and other services.

By driving and walking around prototype vehicle at the JARI proving ground, you canexperience invehicle technologies needed to realize the Cruise Assist Systems such asadvisory, warning and control systems developed as part of the Advanced Safety Vehicle.

Major Systems to be Unveiled

Forward Collision Avoidance Support Systems
These autonomous systems alert the driver to possible collision with a vehicle or a pedestrian, and/or apply the brake automatically to reduce collision impact by detecting headway distance and vehicle speed.

Lane Departure Warning Systems
These autonomous systems alert the driver to lane departure by detecting the painted lane marks.

Adaptive Cruise Control Systems (with brake control)
These autonomous systems maintain headway distance to the preceding vehicle by controlling the throttle and the brake.

Adaptive Front-lighting Systems
These front-lighting systems adapt their light intensity emitted according to the driving environment.

Detection System of Surrounding Vehicles
These autonomous systems provide side and/or rear side obstacles information, and/or alert the driver to possible danger.