Shanghai – September 23, 2026 -- Leekr Technology has logged more than 4.5 billion kilometers of on-road testing for its intelligent chassis systems, secured nominations for over 60 vehicle programs, and now supplies more than 16 automakers worldwide.
Brake-by-wire systems reach mass production status
The company has achieved mass production and delivery of both its DHB-LK Decoupled Hydraulic Braking System (Two-box) and IHB-LK Integrated Intelligent Hydraulic Braking System (One-box), while advancing industrialization of next-generation Electro-Mechanical Brake (EMB) systems.
13.5 kN steering unit enters production at major Chinese EV maker
Leekr's high-rack-force DP-EPS steering system has achieved mass production at a leading Chinese smart EV automaker, supporting mid- and large-size intelligent electric vehicle platforms. The company's steering portfolio spans C/DP-EPS and R-EPS technologies, with an SBW-LK steer-by-wire system in development to address safety redundancy requirements across vehicle platforms.
Centralized chassis domain control enables millisecond-level response
A centralized electronic control architecture now allows cross-system management of longitudinal and lateral vehicle motion, combining millisecond-level response times with OTA update capability and environmental robustness for system-level chassis deployment.
E-MARK certification and ASIL-D safety ratings open EU market access
Leekr's products have obtained E-MARK certification and comply with UN Regulation No. 13-H, meeting EU market requirements. The company holds certifications to IATF 16949, ISO 26262, and ISO/SAE 21434, with both braking and steering products meeting ASIL-D functional safety levels.
Company expands into robotaxi and autonomous logistics segments
Beyond passenger vehicles, Leekr Technology is extending its chassis technologies to robotaxi, autonomous delivery, autonomous logistics, autonomous sanitation vehicles, and smart travel trailers. The company has established a presence in the United States, South Africa, Türkiye, and Southeast Asia to support these emerging mobility scenarios with enhanced vehicle stability and system adaptability.