BAIC Group recently signed a contract with Hesai Technology to integrate its upgraded ATX system into its upcoming 2026 models. The partnership not only signals confidence in Hesai’s technical maturity but also underscores how regulatory approval of Level 3 autonomy in China is accelerating LiDAR’s role as a competitive differentiator. While the LiDAR field once centered on proof-of-concepts and robotics, the BAIC-Hesai agreement signals that the technology is seeing accelerating adoption in the country, says GlobalData, a leading intelligence and productivity platform.
The LiDAR market is consolidating sharply around a handful of Chinese suppliers—Hesai, Huawei, and RoboSense, reflecting a broader surge in L2+ and L3 adoption within the country, while non-Chinese vendors are losing ground or pivot to other segments.
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Madhuchhanda Palit, Senior Automotive Analyst at GlobalData, said: “For BAIC, partnering with Hesai offers a route to meeting emerging regulatory demands tied to L3 autonomy. Approval by China’s MIIT for BAIC to conduct Level 3 autonomous pilot driving tests puts pressure on OEMs to adopt high-precision sensing platforms: Hesai’s ATX delivers capabilities that align with such requirements.
“Moreover, securing the latest ATX for multiple models provides BAIC with technological parity with competitors like BYD, Li Auto, and Nio, which are already adopting similar systems, thus helping to maintain its positioning in the premium smart-EV segment. Operationally, integrating a compact sensor simplifies design trade-offs across different vehicle types, potentially reducing costs while improving ADAS/AEB and NOA-style features that increasingly influence consumer and regulatory evaluations.”
For Hesai, the agreement with BAIC cements its role as a core supplier to China’s established OEM sector, broadening its installed base and advancing mass production of its new ATX platform, which, according to corporate disclosures, already has over four million orders from various global automakers.
The scale—BAIC’s inclusion in its top clients—augments Hesai’s revenue visibility and strengthens its manufacturing economies; it also underscores the maturity of Hesai’s SoC and environmental filtering features in real on-road use cases. In a market where cost per unit and integration complexity are becoming primary battlegrounds, Hesai leverages its early production capacity, R&D, and supply agreements to stay ahead of rising competitors, domestically and overseas.
Palit concludes: “China’s regulatory shifts toward Level 3 autonomy and concentrated LiDAR supply landscape signal that large-volume adoption is now underway. The BAIC-Hesai agreement reflects a strategic alignment of regulation, OEM demand, and supplier capability. For the sector, the deal highlights that success will go to suppliers capable of delivering validated, integrated solutions at volume; for Hesai and BAIC alike, the agreement represents not merely product adoption but a stake in shaping China’s autonomous mobility trajectory.”
