From EV Builder to Embodied AI Company
Chery Group’s launch of AiMOGA Robotics marks a symbolic break from its identity as a traditional carmaker and a direct challenge to Tesla’s Optimus humanoid roadmap. At the Chery International Business Summit in Wuhu, founder and Chairman Yin Tongyue framed the company not as an automaker, but as a “future-oriented high-tech embodied innovation company,” declaring, “Tesla makes Robot, Chery makes AiMOGA.” His keynote positioned AiMOGA as a peer competitor to the Tesla Optimus humanoid project, with an explicitly stated ambition to match Optimus’s million-unit production target over time. This is one of the clearest signals yet that EV companies’ robotics ambitions are no longer side projects or marketing experiments. Instead, embodied AI robots are being treated as a core strategic category, on par with electric vehicles, autonomy platforms, and broader AI ecosystems that can reshape long-term revenue and corporate identity.
How Tesla Optimus Fits Into the TSLA 2030 AI Story
Tesla has spent the last few years reframing itself from a carmaker into what investors increasingly view as a “physical AI ecosystem.” The Optimus humanoid, alongside Robotaxis and full self-driving software, is central to how markets are valuing Tesla going into 2030. As of late April 2026, Tesla’s market capitalization is described as hovering in the USD 1.4–1.5 trillion range, with its stock price recovery tied less to vehicle deliveries and more to its accumulated data lead, including 9.38 billion FSD miles and 1.28 million FSD subscriptions. This AI-centric narrative supports a pivot toward high-margin autonomy and robotics services. Optimus is framed as a long-horizon lever in that thesis, complementing a global Robotaxi network and energy systems to justify treating Tesla as an AI powerhouse rather than a legacy OEM. That positioning is precisely what Chery is now trying to mirror with AiMOGA.
Inside the Chery AiMOGA Robot and Its Tesla Benchmark
Chery’s AiMOGA effort is anchored by the Mornine M1 humanoid, marketed as an “ultra-realistic AI assistant for humans.” The robot stands about 5-foot-5, weighs 154 pounds, and offers 40 degrees of freedom. Its 0.7-kilowatt-hour battery supports roughly two hours of operation after a two-hour charge, while each arm can handle a 1.5-kilogram payload and walk at up to 1 meter per second. Sensor coverage spans 3D LiDAR, depth and wide-angle cameras, ultrasonic radar, inertial measurement units, pressure sensors, high-precision RTK positioning and a high-performance GPU chip. These components heavily overlap with Chery’s automotive ADAS stack. Strategically, Yin tied AiMOGA directly to Elon Musk’s compensation milestones, insisting that AiMOGA Robotics Executive VP Xia Peng benchmark Optimus’s million-unit sales and technical level. That public target signals serious intent to scale, rather than treating humanoids as a niche R&D showcase.
Why EV Companies Are Racing Into Embodied AI Robots
Both Tesla and Chery argue that humanoid robots are a natural extension of their EV businesses because smart cars and robots share a common technological backbone. Yin described smart vehicles as “essentially mobile robots,” emphasizing the overlap in perception, planning and control. The same cameras, LiDAR units, radar, GPUs, batteries and drive components that power autonomous EVs can be repurposed for embodied AI robots, lowering costs and accelerating iteration. Tesla’s data moat in FSD and its push toward a Robotaxi network exemplify how automotive fleets can train physical AI systems at scale. Chery’s “T+T” learning strategy—taking quality and system discipline from Toyota and innovation and disruption from Tesla—suggests Chinese EV companies see humanoids as the next frontier where their manufacturing scale, local supply chains and software stacks can be leveraged. The result is a new competitive arena where EV companies become robotics platforms.
What the Humanoid Robot Race Means for Deployment and Pricing
The emerging rivalry between the Chery AiMOGA robot and the Tesla Optimus humanoid could have far-reaching implications for how and where humanoids are deployed. If both companies push toward million-unit volumes, factory and logistics use cases are likely to be the first battleground, where robots can handle repetitive, low-payload tasks in controlled environments. The automotive-style focus on cost control, quality, and scaling should push prices down over time and expand capabilities, as shared EV supply chains and AI stacks increase volume and reduce component costs. For China, Chery’s move signals a broader intent to confront Tesla not only in EVs but also in embodied AI robots, potentially leading to regional ecosystems of compatible hardware, software and services. As competition intensifies, humanoids may transition from showcase prototypes to practical tools in warehouses and, eventually, service roles in homes and public spaces.