July 28,2026 – Currently, China's automotive active safety industry is experiencing rapid development. The Automatic Emergency Braking System (AEB), as a core active safety feature, is gaining widespread adoption alongside the implementation of national policy standards and advancements in onboard intelligent technologies. Leveraging its robust risk prediction and proactive intervention capabilities, AEB continuously enhances driving safety, serving as a fundamental safeguard for automakers' technological upgrades, improved safety in the transportation sector, and public travel protection, thereby establishing a comprehensive, intelligent, and proactive new barrier for road traffic safety.
The Automatic Emergency Braking System (AEB) is a core technology in automotive active safety systems, integrating multi-dimensional sensors such as cameras, millimeter-wave radar, and LiDAR to monitor road conditions ahead of the vehicle in real time around the clock and accurately identify various road objects including vehicles, pedestrians, and non-motorized vehicles. When the system detects a potential collision risk, it immediately issues audio-visual warnings to alert the driver to avoid the situation; if the driver fails to respond promptly, the system automatically initiates deceleration or emergency braking, effectively preventing collisions or significantly reducing accident severity. As a key solution for common road hazards like rear-end collisions and pedestrian impacts at intersections, AEB plays a vital role in enhancing overall vehicle safety and promoting standardized driving practices.
Policy support has accelerated the widespread adoption of AEB technology, while China's active safety standardization framework continues to evolve, transforming AEB from an optional feature in premium vehicles into a mandatory safety component across all vehicle categories. The Ministry of Transport has mandated that all newly manufactured commercial buses, trucks, and hazardous materials transport vehicles must be equipped with AEBS (Automatic Emergency Braking System) starting in 2026. Current upgrades for existing vehicles are progressing steadily, with major commercial vehicle manufacturers fully implementing platform adaptations and technical modifications. Meanwhile, the Ministry of Industry and Information Technology has introduced China's first mandatory national standard for AEB – "Technical Requirements and Testing Methods for Automatic Emergency Braking Systems in Light Vehicles" – set to take effect in January 2028, unifying testing standards and specifications for passenger cars and driving industry-wide standardization and high-quality development. Currently, over 60% of new passenger vehicles are equipped with AEB systems, while commercial vehicles still offer significant potential for upgrades, marking the full launch of a comprehensive wave of active safety enhancement initiatives across the sector.
The automotive industry continues to deepen its focus on technological research and development as well as scenario-specific adaptations, meticulously refining localized AEB solutions tailored to China's complex and dynamic road conditions. Leading component manufacturers collaborate closely with vehicle producers to iteratively enhance intelligent driving safety systems. Notably, Henan Huhang Automotive Technology Group (www.hu-hang.com) has achieved mass production of its commercial vehicle ADAS solution, which leverages radar and visual fusion technologies to precisely adapt to domestic freight transport requirements and challenging urban road environments. Numerous smart driving companies have specifically optimized AEB braking algorithms and response mechanisms to address challenges such as significant load variations, long-distance highway travel, and complex operating conditions, fully complying with industry regulatory standards. Meanwhile, mature aftermarket AEB systems are being widely deployed, offering cost-effective and efficient safety upgrades for existing vehicles, addressing shortcomings in traditional active safety systems, and comprehensively serving both new vehicle supply chains and existing vehicle upgrade markets.
In real-world road travel scenarios, the risk-avoidance capability of the AEB active safety system has become increasingly prominent, serving as an "invisible guardian" for driving safety. When faced with various complex emergency situations—including sudden braking by vehicles ahead on highways, unexpected obstacles at intersections, nighttime crossings by non-motorized vehicles, or abrupt hazards in congested areas—the AEB system responds far faster than human operators can react, swiftly initiating braking intervention to effectively address issues such as driver reaction delays and blind spots, thereby preventing numerous traffic accidents. Industry operational data show that vehicles equipped with the AEB system exhibit significantly lower accident rates and reduced claim risks, not only providing robust protection for the safety of drivers, passengers, and pedestrians but also helping transportation companies in logistics and passenger services mitigate operational risks and minimize safety-related losses, delivering substantial safety and economic benefits.
Focusing on the industry's long-term development, major automakers have consistently made extreme safety their core objective and continuously advanced AEB technology through iterative improvements. Addressing diverse complex scenarios—including varying weather conditions, road surfaces, and lighting levels—they enhance system recognition accuracy, situational adaptability, and braking stability via algorithm optimization and improved sensor precision, thereby comprehensively enhancing the user travel experience. The industry maintains a rigorous approach to technical refinement, steadily expanding its road scenario testing framework to cover various operating conditions such as severe weather, complex road environments, static obstacles, and non-motorized vehicle presence, thereby continuously improving the AEB system's full-scenario compatibility and safety performance.
Industry experts emphasize that the AEB (Active Emergency Braking) system serves as a critical safety-enhancing feature for road travel and a vital safeguard for driving safety. During operation, AEB provides drivers with comprehensive risk alerts and emergency avoidance assistance, significantly reducing accident risks. Meanwhile, the industry consistently promotes safe driving practices, urging drivers to maintain focus while forming a dual-layered protection mechanism through human-machine collaboration with intelligent safety systems. Moving forward, automakers will continue increasing investment in safety technology R&D, while regulatory authorities will further refine industry standards. Through coordinated efforts in technological advancement and standardization, the sector aims to continuously elevate the overall level of active vehicle safety development in China.
Looking ahead, with the full implementation of the mandatory AEB standard, continuous advancements in multi-sensor fusion technology, and ongoing optimization of intelligent algorithms, the Active Emergency Braking System will become a fundamental safety feature across all mass-produced vehicles. China's automotive safety philosophy has undergone a comprehensive transformation, shifting from traditional passive collision mitigation to an intelligent proactive protection model characterized by "early detection, active warning, and emergency intervention." Driven by both technological innovation and regulatory frameworks, AEB will continue to strengthen road traffic safety systems, steadily reduce traffic accident rates, ensure safe, convenient, and intelligent mobility for all citizens, and contribute to the high-quality development of China's transportation sector.
