T800
About
About T800
T800 is ENGINEAI's full-size humanoid family for dynamic movement, manipulation and application development. At approximately 1.73 metres tall, its weight ranges from 75 to 85 kilograms depending on configuration. Basic and Open Source editions have 25 powered degrees of freedom; Pro and Max add articulated hands and expanded upper-body movement for totals of 43 and 46 respectively.
The platform combines active leg-joint cooling, a removable lithium battery and onboard compute, with lidar and secondary-development access varying by edition. ENGINEAI specifies hardware-supported speeds of at least two metres per second and three to five hours of battery life. The company sells T800 for configured applications, including logistics and human interaction, while its martial-arts demonstrations show specific movement routines rather than general task autonomy.
Capabilities
Operations
- Production Setup
2026-07-24 - EngineAI Zhengzhou production base - China - EngineAI's first Henan-built T800 batch rolled off the Zhengzhou production line. The report says units will ship within China and overseas, but does not disclose the batch quantity.
Source - Production Rate
4 robots/hour - 2026-05-29 - EngineAI Intelligent Manufacturing (Honghualing, Shenzhen) Base - humanoid robot manufacturing - EngineAI said its Honghualing, Shenzhen base can roll a humanoid robot off the production line every 15 minutes. The cadence is a company-disclosed production-line rate, not a verified sustained annual output.
Source - Factory Floor Area
8,000 sq m first phase - 2026-04-17 - EngineAI Zhengzhou production base - China - An April report described EngineAI's first-phase Zhengzhou High-tech Zone production site as covering 8,000 square metres and under construction ahead of planned T800 batch production.
Source
Supply
Supply / Components
- T800 variant compute configurations
Embedded Compute Modules - Compute & Control - NVIDIA - ENGINEAI T800 Open Source, Pro and Max use NVIDIA Jetson AGX Orin 64GB; Basic uses Orin NX 16GB - source: en.engineai.com.cn
Source
Research
- ENGINEAI ROS2 interfaces and simulation examples
Research Publication - ENGINEAI’s ROS2 workspace provides robot interfaces, MuJoCo simulation and control examples. The current source tree contains PM01, T800 and T800 Pro configurations, with an included PM01 walking-policy file.
Source - EngineAI robot description collection
Research Publication - EngineAI publishes separate PM01, T800 and T800 Pro robot descriptions and mesh assets. The collection distinguishes PM01 lidar and EDU revisions, T800, and 25/43-DoF T800 Pro configurations.
Source - EngineAI native control SDK
Research Publication - EngineAI releases a modular control runtime with task orchestration, simulation and hardware-deployment tooling. Named configurations include PM01 EDU and T800, with robot models and actual MNN walking, dance and transition policies.
Source - EngineAI RL Lab
Research Publication - EngineAI RL Lab supplies Isaac Lab training environments for PM01 and T800 whole-body tracking and adversarial-motion-prior locomotion. Source includes task registrations, replay and deployment workflows plus exported ONNX policies.
Source
Timeline
- EngineAI begins T800 production in Zhengzhou
2026-07-24 - Production Milestone - The Zhengzhou High-tech Zone site opened six demonstration spaces covering transport, retail, combat, education, data collection and domestic scenarios. EngineAI said the robots would subsequently ship from Zhengzhou to customers in China and overseas.
Source - EngineAI opens Shenzhen manufacturing base and begins T800 delivery
2026-05-29 - Production Milestone - The approximately 12,000-square-metre site combines incoming inspection, assembly, testing, shipment and maintenance in one manufacturing process. EngineAI stated a production cadence of one robot every 15 minutes and required 79 inspections plus 46 working-condition simulation tests before delivery.
Source - EngineAI showcases T800 and PM01 at CES 2026
2026-01-07 - Demonstration - The demonstrations focused on whole-body coordination and fine motor control, with discussions involving developers, industry partners and media. The T800 presentation described integrated joint modules rated for up to 450 N·m peak torque and 14,000 watts of instantaneous joint peak power.
Source - EngineAI completes A1+ and A2 financing rounds
2026-01-06 - Funding - The Series A2 investor group included Huangpu River Capital, Henan Investment Group’s Huirong Fund and existing investor Huakong Fund. EngineAI directed the capital toward core research, product iteration, supply-chain coordination and manufacturing development. The company linked its industrialization plans to four T800 configurations: Basic, Open Source, Pro and Max.
Source - EngineAI releases T800 behind-the-scenes footage after CGI questions
2025-12-03 - Demonstration - The raw studio footage removed the dramatic colour grading and camera angles used in the original T800 reveal. EngineAI showed the robot reproducing door-kicking and round-kick movements after viewers questioned whether the launch film used CGI. EngineAI separately outlined plans for industrial, commercial-service and household scenario testing in 2026.
Source - EngineAI launches T800 general-purpose humanoid
2025-12-02 - Product Launch - The lineup comprises Basic, open-source Eco, Pro and Max versions for different research, service and industrial requirements. EngineAI developed the full-size platform through three redesigns and described the launch demonstrations as technical validation exercises.
Source - EngineAI showcases PM01, T800 and JS01 at World Robot Conference
2025-08-08 - Demonstration - PM01 demonstrated fall recovery, sitting and high-speed running during the live showcase. The T800 prototype was presented as a 1.85-metre heavy-duty humanoid; the booth also included the JS01 quadruped and a preview of the planned SA02.
Source
Context
Market context
ENGINEAI T800 is a full-size humanoid robot platform positioned for industrial and workplace task development.
- Target environment: Industrial workplaces, controlled commercial environments and humanoid testing sites.
- Workflow context: Bipedal locomotion, whole-body control and humanoid workplace task execution.
- Deployment model: Finished humanoid platform for task development and commercial robotics programs.
- Commercial maturity: Public humanoid product for industrial and workplace task development.
- Adoption constraints: Requires workplace safety validation, task-specific software, reliability testing and site integration.
- Market position: Full-size humanoid platform for industrial and workplace task development.
- Adjacent products: Industrial humanoid robot for bipedal movement, whole-body control and task execution in controlled work settings.
Comparable Systems
- IRON
XPeng Inc. - humanoid robotics
- Kepler K2
Kepler Robotics - humanoid robotics
- 4NE1 Gen 4
Neura Robotics - humanoid robotics
- Atlas
Boston Dynamics - humanoid robotics
- Calvin-40
Wandercraft - humanoid robotics
- L7
RobotEra - humanoid robotics