BYD officially announced the entry of humanoid robots-the "cross-border trend" of car companies is accelerating, and the intelligent intelligence has entered the "era of complete vehicle factories"

6.5 BYD's entry is particularly critical. As the global sales champion of new energy vehicles, its vertical integration capabilities, battery motor electronic control, self-developed self-production and cost control capabilities, blade battery DM-i hybrid technology may be replicated in the field of humanoid robots, forming a BYD-style cost-effective quot

Recently, BYD Executive Vice President Li Ke officially announced in public that BYD is developing humanoid robots and has laid out a personalized smart track by investing in Intelligent Robot and Passini Sensing Technology. This is after TeslaAfter Optimus, Xiaopeng IRON, and GAC GoMate, another cross-border humanoid robot from a leading car company marked the entry of embodied intelligence from a "startup game" into the "era of vehicle factories."

 


The "triple advantages" of cross-border intelligence for automobile companies

 

Advantage dimensionspecific performancerepresentative enterprises
Supply chain reuseBatteries, motors, electronic controls, sensors and other components are highly overlapped with the carBYD, Tesla
manufacturing capabilitiesPrecision manufacturing experience from automotive factories can be transferred directlyGAC, Chang 'an
Transplantation of AI capabilitiesAutonomous driving algorithms (perception, planning, control) are homologous to robotsXiaopeng, Wei Lai
Scenario collaborationAutomobile factories are one of the largest application scenarios for robotsTesla, BYD

  

BYD's entry into the game is particularly critical--As the global sales champion of new energy vehicles, its vertical integration capabilities (batteries, motors, electronic controls, self-developed and self-produced) and cost control capabilities (blade batteries, DM-i hybrid technology) may be replicated in the field of humanoid robots, forming a "BYD style cost-effective".

 


Xiaopeng IRON debuted in the third quarter, and the "mass production competition" of automobile companies heats up

 

Xiaopeng automobileCEO He Xiaopeng revealed that the new generation of humanoid robot IRON has been developed smoothly and is scheduled to be officially unveiled in the third quarter of 2026. Mass production of a high-end version will be achieved by the end of the year and delivered to commercial customers in early 2027.

 

Car companies 'robot mass production schedules are accelerating:

  • Tesla Optimus: Hundreds of units have been deployed in the factory in 2025 and targets mass production of thousands of units by 2026

  • Xiaopeng IRON: Appeared in Q3 in 2026 and will be mass-produced at the end of the year

  • GAC GoMate: Small batch delivery in 2026

  • BYD: No specific timetable has been announced, but the supply chain layout has been launched

 


Cross-border humanoid robots for automobile companies are a key turning point for the intelligent industry to move from "technical verification" to "mass production." The automotive industry's century-old manufacturing experience, supply chain integration capabilities and cost control culture may push humanoid robots from "million-level luxury goods" to "100,000-level industrial products." But challenges also exist: cars are "structured environments"(roads, traffic rules, standard sensors), while humanoid robots face "unstructured environments"(homes, factories, outdoors). Can autonomous driving algorithms be effectively migrated? Can the "hardware thinking" of car companies adapt to the "software definition" trend of robots? BYD's entry will gradually reveal the answers to these questions in 2026-2027.