Intelligent Distance Control
A system that supports the driver with maintaining a set following distance with the vehicle ahead
The Intelligent Distance Control (IDC) system supports the driver by reducing the need for repeated pedal operation to maintain the following distance with the vehicle ahead. This is especially helpful in congested urban areas that often require frequent acceleration and deceleration. When IDC is activated, the system can support with deceleration by releasing the accelerator pedal and applying the brake pedal if necessary. When IDC is combined with the navi-link deceleration function and when necessary, the system can assist the driver with slowing the vehicle during cornering, supporting smooth and predictable steering.
System operation
1. Vehicle-to-vehicle distance control
The IDC system supports the driver in maintaining an appropriate distance and relative speed with the vehicle ahead by applying the brakes and raising the accelerator pedal.
Representative driving scenarios:
When approaching the vehicle ahead
If the accelerator pedal is released, the system automatically applies the brakes smoothly to decelerate the vehicle and help the driver maintain an appropriate distance.
When the vehicle ahead slows down
Releasing the accelerator pedal will cause the vehicle to decelerate and maintain an appropriate distance when the vehicle ahead slows down. The system also stops the vehicle if the vehicle ahead stops.
2. Navi-link deceleration function*1
Based on information from the navigation system, the system supports the driver with braking based on the road's path ahead. If the driver is pressing the acceleration pedal, the system can push it back up to help the driver slow the vehicle during cornering.
(When vehicle includes factory installed navigation)
3. Intelligent pedal function*1
If the driver presses the accelerator pedal while the system is braking, the system generates force to push the accelerator pedal back, helping the driver return the accelerator pedal to the appropriate position.
System mechanism
The system uses a radar mounted on the front of the vehicle to identify the vehicle ahead and measure the distance and speed difference between the two vehicles.*2 Based on the measured data, the system decelerates the vehicle as necessary to maintain an appropriate distance.
*1 This function is installed on some car models
*2 Sensor specifications vary depending on the vehicle model
