As China's new energy vehicle (NEV) industry enters a new phase of intelligent competition, automotive chassis systems are undergoing a profound transformation from traditional mechanical assemblies to intelligent, software-defined platforms.
Traditionally, the chassis has been responsible for fundamental functions such as vehicle support, handling, and safety. However, with the rapid advancement of electrification and vehicle intelligence, chassis systems are evolving beyond their conventional mechanical role by integrating electronic control, intelligent actuation, and software capabilities. They are becoming a critical execution platform that links advanced driver assistance systems (ADAS) with vehicle motion control. As advanced intelligent driving technologies continue to scale, vehicles require not only more powerful perception and decision-making capabilities, but also chassis systems capable of delivering faster, more precise, and highly coordinated control.
Rapid intelligent chassis adoption strengthens China's local supply chain competitiveness
According to data from the Gasgoo Automotive Research Institute, China's intelligent chassis market for passenger vehicles maintained strong growth during the January–May 2026 period, with key technologies such as air suspension, brake-by-wire, and steer-by-wire continuing to penetrate a broader range of new energy vehicle (NEV) models.
Among these technologies, air suspension has emerged as one of the most representative segments of the intelligent chassis market, driven by sustained demand and expanding adoption. The competitive landscape also highlights the growing strength of domestic suppliers, with market concentration continuing to increase.
During the first five months of 2026, KH Automotive Technologies ranked first with 219,660 units installed, accounting for a 35.2% market share. Top Group followed with 188,869 units (30.3%), while Baolong Automotive secured third place with 157,818 units (25.3%). Together, the top three suppliers accounted for more than 90% of total installations, underscoring both the high level of market concentration and the growing competitiveness of China's intelligent chassis supply chain.
This competitive landscape reflects the rapid progress of China's intelligent chassis supply chain. Driven by the rapid growth of the new energy vehicle (NEV) market, domestic suppliers have strengthened their competitiveness through strong engineering capabilities, fast response, and large-scale production, gradually establishing an edge over global competitors in key chassis technologies.
At the same time, the intelligent chassis is evolving from standalone component optimization to system-level integration. As intelligent driving, centralized computing platforms, and software-defined vehicles continue to advance, chassis systems are increasingly expected to deliver greater software capability, system integration, and cross-domain coordination.
Competition is also shifting. For brake-by-wire systems, response speed, control precision, functional safety, and redundancy have become key differentiators. In steer-by-wire, reliability and compatibility with intelligent driving systems are critical, while in air suspension and CDC systems, vehicle posture control, response performance, and cost optimization are the primary focus.
Looking ahead, the intelligent chassis will play an increasingly important role in vehicle motion control, enabling closer integration with intelligent driving systems to improve safety, handling, and ride comfort.
At the 2026 Gasgoo Awards, the Intelligent Chassis category will focus on innovative technologies and applications that drive the industry's intelligent transformation, including steer-by-wire (SBW), brake-by-wire (EHB/EMB), active suspension, chassis domain controllers, and other key chassis components.
During the evaluation process, companies are expected not only to demonstrate technological innovation, but also to clearly articulate the industry challenges their products address and the value they create in real-world applications. This year's submissions show that more companies are driving innovation in intelligent chassis technologies through advances in materials, architectures, algorithms, and system integration, accelerating the evolution of the chassis from a traditional mechanical system to an intelligent execution platform.
At the Gasgoo Awards, innovation is evaluated not only by technical specifications, but also by a solution's ability to address real industry challenges, achieve mass production, and create tangible value for the automotive industry. Technologies that combine engineering excellence with commercial viability will be at the heart of this year's evaluation.
Gasgoo Awards 2026 & China Automotive Industry Innovation Casebook
The Gasgoo Awards was initiated by Gasgoo, aiming at "promoting outstanding companies, propagate Innovative technologies, and facilitate the success of automotive professionals." With the theme of "Top 100 Players of China's New Automotive Supply Chain", It focuses on ten sub - sectors: Advanced Driver Assistance Systems/Autonomous Driving (ADAS/AD), smart cockpit, intelligent chassis, automotive software and artificial intelligence, automotive-grade chips, powertrain and charging and battery swapping, body and interior and exterior trim,new materials and advanced manufacturing, embodied Intelligence and cross-industry technologies (new focus area). The Gasgoo Awards is committed to identifying and evaluating outstanding enterprises and advanced technical solutions. By presenting these remarkable enterprises and industry leaders to the academic community and the broader industry, it aims to jointly drive the sustainable development and advancement of China's automotive industry.
Leveraging a supply chain database covering more than 320,000 companies, as well as years of industry research and innovation case studies accumulated through the Gasgoo Awards, Gasgoo has officially launched the China Automotive Industry Innovation Casebook. The initiative aims to document China's automotive innovation journey and serve as a global window into the country's technological and industrial capabilities.
Focusing on key sectors such as ADAS, electric propulsion, intelligent cockpits, and thermal management, the Casebook will provide data-driven insights into leading companies, technology trends, and industry best practices. It is designed to help global OEMs, Tier 1 suppliers, and investors better understand the innovation, engineering, and mass-production capabilities of Chinese automotive suppliers, while supporting deeper international collaboration across the industry.
