Advanced Driver Assistance System (ADAS) is an active safety technology that utilizes various sensors installed in the vehicle to constantly sense the surrounding environment, collect data, and perform technical processing such as static and dynamic object recognition, detection, and tracking during the driving process. This enables drivers to quickly detect potential hazards, draw attention, and improve safety.

Adaptive Cruise Control (ACC) is an intelligent automatic control system developed based on ordinary cruise control systems, and belongs to a type of advanced driver assistance system (ADAS). It not only allows the vehicle to maintain a certain driving speed, but also automatically adjusts the speed according to the distance from the preceding vehicle to ensure the optimal safe distance from the preceding vehicle, which is one of the basic controls leading to autonomous driving.

The Adaptive Cruise Control (ACC) system for automobiles consists of three main parts: sensors, digital signal processors, and control modules. By installing radar at the front end of the car to continuously scan the road ahead of the vehicle, and collecting the wheel speed measured by the wheel speed sensor, the car's driving speed is calculated.

Provide drivers with various information about vehicle operation, such as vehicle speed, engine speed, fuel consumption, water temperature, etc., to help drivers better control the vehicle's status and ensure driving safety.

Mainly composed of dashboard, sensors, electronic control unit, etc. There are various indicator lights, instrument pointers, display screens, etc. on the dashboard, which are used to display various information about the vehicle.

The automotive instrument system testing platform plays an irreplaceable role in ensuring the reliability, durability, and safety of the instrument system, enhancing user experience and comfort, supporting research and quality control, and promoting technological innovation.

The lighting system, including headlights, taillights, turn signals, brake lights, fog lights, and interior lights, provides illumination and signal indication to ensure the safety of the vehicle during nighttime or adverse weather conditions. It also facilitates the driver's observation of road conditions and information exchange with other vehicles.

The testing platform for automotive lighting system modules plays an irreplaceable role in ensuring the reliability of lighting and signal functions, evaluating electrical performance, verifying environmental adaptability, supporting research and quality control, enhancing user experience, complying with regulations and standards, and promoting technological innovation.

Provide high-quality audio playback such as music, radio, navigation voice, etc. for drivers and passengers, enriching the entertainment experience in the car and relieving driving fatigue. It generally includes a host (audio control unit), speakers, amplifiers, and audio equipment (such as CDs, USB interfaces, Bluetooth modules, etc.).

The audio system module testing platform plays an irreplaceable role in ensuring sound quality and performance, supporting research and quality control, enhancing user experience, complying with regulations and standards, and promoting technological innovation.

In adverse weather conditions such as rainy days or water mist, remove rainwater and dirt from the windshield to maintain clear visibility for the driver and ensure driving safety. Mainly composed of wiper motor, wiper arm, wiper blade, linkage mechanism, control switch, etc.

Through the testing platform, various performance indicators of the wiper system can be comprehensively tested to ensure its stable and reliable operation under various working conditions. Improve the user experience when using the wiper system, make the operation more convenient and smooth, and enhance user satisfaction and loyalty to the car brand. Timely detection and elimination of defective products during the production process, improving the factory quality of motors, establishing a good product reputation, and enhancing market competitiveness.

Adjust the temperature, humidity, airflow speed, and air quality inside the car to provide a comfortable interior environment for drivers and passengers. Including compressors, condensers, evaporators, expansion valves, blowers, air conditioning control panels, refrigerants, etc.

By simulating various usage scenarios and extreme conditions of the air conditioning system, the testing platform can comprehensively test whether the air conditioning system functions properly, ensuring that each function can accurately respond to user operations and avoid inconvenience caused by functional failures. At the same time, potential defects that may exist in the design and manufacturing process are identified, and timely improvements are made to enhance the reliability and durability of the product.

Used to control the gear switching of vehicles, achieve operations such as acceleration, deceleration, and parking, it is an important operating component during the driving process. Composition: including gear lever, gear lever seat, shifting mechanism, shifting actuator, etc.

The gear lever system testing platform can comprehensively test various functions of the gear lever, such as shifting, selecting gears, reversing gears, etc., to ensure that each function can accurately respond to user operations and avoid driving safety issues caused by functional failures. By simulating various usage scenarios and extreme conditions, potential defects in the design and manufacturing process of the gear lever system can be identified, and timely improvements can be made to enhance the reliability and durability of the product.