Daily Technology
·24/12/2025
The robotics industry has witnessed remarkable progress in humanoid development, with the EngineAI T800 emerging as a noteworthy contender in 2024. EngineAI, supported by significant investor backing, positions its T800 humanoid as a direct competitor to established names such as Tesla's Optimus, Boston Dynamics' Atlas, and products used by major manufacturers like Mercedes and BMW.
The EngineAI T800 stands 1.73 meters tall and weighs 75 kg, featuring a robust yet lightweight magnesium-aluminum alloy frame. Its 29 degrees of freedom (DoF), coupled with powerful 450-Nm torque joints, enable movement capabilities that match or exceed those of human athletes. The robot can execute high-flying kicks, martial arts demonstrations, and maintain stability during dynamic actions. Notably, its advanced active cooling system allows for continuous intensive operation, which is a differentiating factor when compared to rivals that often face heat management constraints during high-performance tasks.
The T800 utilizes a modular solid-state battery system, supporting up to four hours of high-intensity work per charge. This approach not only facilitates rapid battery replacement for around-the-clock operations but also future-proofs the design for potential upgrades. Competing humanoids, such as Tesla’s Optimus and Boston Dynamics’ Atlas, typically feature integrated battery systems, which may limit operational flexibility and endurance in demanding industrial scenarios.
EngineAI integrates a 360° LiDAR system, enabling real-time environmental mapping and obstacle avoidance with millisecond-level response times. This, paired with an Intel N97 CPU and an NVIDIA AGX Orin module (delivering 275 TOPS of AI capacity), ensures advanced situational awareness. Comparatively, leading humanoid robots in the sector also use LiDAR and AI-based processing but may differ in the extent of onboard computing power or the speed of environment perception, impacting practical deployment in dynamic industrial settings.
While public demonstrations of the T800 have showcased exceptional mobility and acrobatics, its immediate industrial focus is on repetitive tasks such as component mounting and logistics workflows. Precision tasks, like threading a needle or folding textiles, remain outside its demonstrated range for now. Rivals in the field, including Optimus and Atlas, similarly prioritize industrial automation, with some models showing gradual improvements in dexterity and adaptability for broader use cases.
EngineAI is advancing toward mass production with expected shipping in mid-2026. The billion-yuan funding commitment underscores strong confidence in T800’s commercial prospects. While established rivals benefit from greater field-testing hours and corporate partnerships, EngineAI’s rapid prototyping and investor momentum position the T800 as a serious entrant in the race to deploy humanoids at scale.
The EngineAI T800 combines athletic mobility, modular energy design, and robust environmental sensing to challenge the dominance of prominent industry players such as Tesla and Boston Dynamics. Its unique features and market strategy suggest a compelling future for humanoid robotics in industrial settings, pending broader demonstrations of real-world task performance.









