The high accuracy location technology recognizes road information such as lane marks and marks painted on the road surface from the image obtained by the vehicle's rear-camera. The vehicle's current lane and its accurate location are determined by matching the recognized road paint information with the road surface information in map database.

This is the technology that supports merging onto and exiting expressways through the use of our traditional navigation system-coordinated shift control technology and the highly-accurate location positioning technology. When merging onto or exiting an expressway, this high accuracy location technology recognizes the vehicle crossing the broken lines, and shifts the AT to the most appropriate gear for smooth acceleration or deceleration.

This system anticipates and controls the AT to the optimum level based on the road layout ahead and the driver's vehicle operation.

This system controls suspension damping force according to road layout ahead from the car navigation system. It improves drive stability on curves in the road. Furthermore, the navigation system memorizes uneven road sections detected through suspension.
On the next drive, the system controls the suspension damping force to the optimum level based on uneven road section memory.

Making use of the high accuracy locatuuon technology, this system supports the driver in stopping the vehicle safety at the stop-line in three steps. In addition to alerting the driver via navigation system screen, warning sounds, and voice instructions, it assists driver's breaking action by efficiently amplifying the brake force.

Updated information provides the data for your destination and your home, and is delivered to the car navigation system via cell phone etc. It makes it possible to optimize route search and guidance with latest maps.