Toyota Highlander

Automatically switches between high and low beams, helping drivers detect other vehicles more quickly during nighttime driving.

Uses millimeter-wave radar and a monocular camera to detect vehicles ahead, maintaining a following distance corresponding to the vehicle’s speed to assist with driving. When the vehicle ahead stops, the system will also bring the vehicle to a stop and maintain it. When the vehicle ahead starts moving again, the driver can resume control to continue following. This reduces driver burden in highway and similar driving scenarios.

Provides partial steering support to help keep the vehicle centered in its lane. In situations such as traffic congestion where lane markings (white or yellow lines) are unclear or difficult to distinguish, the system follows the preceding vehicle and provides necessary steering assistance. If the vehicle is about to depart from its lane, an audible alert sounds and a warning is displayed on the screen, accompanied by partial steering correction.

Uses millimeter-wave radar and a monocular camera to detect vehicles, pedestrians, or cyclists ahead and alerts the driver of a potential collision via audible warnings and the multi-information display. For vehicles equipped with a HUD (Head-Up Display), warnings are also shown there. When turning left at an intersection with oncoming traffic going straight, or when turning left/right at an intersection with pedestrians crossing, the system identifies the hazard via radar and camera, alerts the driver, and can initiate pre-collision braking.

Equipped with the fourth-generation hybrid system, which combines an electric motor and a 2.5L Dynamic Force engine, delivering excellent dynamic performance. By recovering energy through the motor, it achieves a high level of fuel efficiency and environmental friendliness, offering a new and engaging driving experience.

Based on Toyota’s Intelligent Connected services, the vehicle is fully equipped with a DCM (Data Communication Module) to provide timely assistance in emergencies. It allows users to check vehicle status and perform remote controls, keeping them fully informed about their vehicle’s condition anytime.