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HomeRobots

EngineAI T800

A $25K full sized humanoid with 450Nm peak joint torque. Solid-state battery for 4 hours heavy-duty work. Poised for mass production and industry.
Software Type
Open Source
Software Package
Uses proprietary full-stack system.
Actuators
Uses proprietary full-stack integrated joint module, the system delivers a peak torque of 450 Nm through coordinated output, delivering an instantaneous peak power output of 14,000 W.
Compiute
Uses Intel N97 as base compute model. Powered by NVIDIA Jetson Thor (FP4), delivering 2000 TOPS.
Sensors
Uses Intel RealSense D415/D435i depth cameras and an AC1 sensor suite for vision and dept sensing.
Max Op. time
240
mins

Recent Robot Videos

*Aparobot claims no ownership of videos posted unless otherwise stated.
Description text
Date
  1. https://www.youtube.com/watch?v=VoytjBgpG28, Behind-the-scenes footage from the EngineAI T800 shoot — a direct response to the CG accusations., 2025-12-02

Robot Brief

The EngineAI T800 humanoid robot, officially unveiled in December 2025, represents a strategic advancement driven by the core mission of transforming cutting-edge embodied intelligence technology into scalable industrial applications. EngineAI has positioned the T800 not as a research curiosity but as a full-scale, general-purpose labor replacement platform. Its development objectives focused heavily on forging a robot with full-dimensional dynamic performance in its height segment, capable of exceeding the physical strength and endurance of most adult human workers. The T800 aims to overcome the critical transition from being "technically viable" to "market-ready" by ensuring successful mass production and meeting rigorous requirements for frontline industrial adoption across multiple core application scenarios.

Use Cases

  • Heavy Industrial Labor and Material Handling:
    The robot’s 450 N·m torque and structural resilience allow it to perform heavy-duty tasks, including lifting, carrying, and rapid transfer of materials in manufacturing and logistics environments, serving as a direct replacement for human physical labor.  
  • Precision Manipulation and Dexterity:
    Equipped with tactile sensing and dexterous hands, the T800 can execute tasks requiring fine motor control and precise force application, necessary for assembly, sorting, and quality control of both robust and sensitive components.  
  • Commercial and Retail Services:
    Deployment has already begun in retail settings, where the T800 functions as "Cyber Staff," engaging in customer interaction, public guidance, and in-store logistical support.  
  • Embodied AI Research and Extreme R&D:
    The T800 is intentionally marketed as "combat-ready" and is a core model in competitive robot boxing events. This unconventional strategy creates a highly stressful proving ground to accelerate the development and optimization of AI algorithms for motion control and stability, benefiting all industrial applications.

Industries

  • Manufacturing:
    The robot’s robust structural integrity and high-load capability set a new standard for humanoid robotics in industrial applications. It is suited for demanding assembly lines, machine tending, and material conveyance in high-load, high-dynamic factory environments.  
  • Logistics and Warehousing:
    The 3 m/s top speed and 4-5 hour endurance enable high operational efficiency in large-scale warehouses. It can handle order fulfillment, inventory stacking, and vehicle loading/unloading tasks.  
  • Retail and Commercial Services:
    Leveraging its bionic aesthetics and interactive capabilities, the T800 can be deployed in front-of-house roles as service agents or behind-the-scenes for stock movement, significantly boosting commercial productivity.  
  • Entertainment and R&D:
    The explicit marketing of the T800 as "combat-ready" for robot boxing pushes the boundaries of performance and generates valuable publicity, simultaneously providing invaluable extreme testing conditions that accelerate the refinement of core robotic technologies.  
  • Public Services and Infrastructure:
    The classification as a general-purpose platform capable of public-service tasks, coupled with its all-weather design, suggests potential future deployment in areas requiring infrastructure monitoring, facility maintenance, and general security patrols.

Specifications

Length
-
mm
Width
-
mm
Height (ResT)
-
mm
Height (Stand)
-
1730
mm
Height (Min)
-
mm
Height (Max)
-
mm
Weight (With Batt.)
-
75
kg
Weight (NO Batt.)
-
kg
Max Step Height
-
mm
Max Slope
+/-
-
°
Op. Temp (min)
-
°C
Op. Temp (Max)
-
°C
Ingress Rating
-
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Intro

The EngineAI T800 is the company's fourth humanoid model, designed as an ultra-efficient universal platform. The detailed objectives driving its development include:  

  • Forging Ultimate Dynamic Performance:
    Achieving superior physical prowess through a proprietary, full-stack self-developed core empowerment system, enabling dynamic performance necessary for high-load and demanding tasks. The robot’s peak joint torque reaches 450 Nm.
  • Precise Control and Dexterity:
    Utilizing a self-developed perception dexterous hand equipped with tactile sensing to unlock a new dimension of precise control across all scenarios, allowing the handling of both heavy industrial materials and delicate objects.
  • Energy Continuity and Thermal Resilience: Establishing an energy cornerstone for all-weather operation via the synergy between solid-state battery technology and a full-joint active cooling system. This combination ensures sustained stable performance in high-dynamic, continuous operation scenarios.

Physically, the T800 leverages aviation-grade magnesium-aluminum alloy for its structural framework offering a combination of lightweight properties and impact resistance. While early prototypes presented at events like the 2025 World Robot Conference measured 1.85 meters tall and weighed 85 kilograms, the officially launched commercial model was slightly scaled down to 1.73 meters and 75 kg. This adjustment suggests an optimization strategy to reduce material costs, improve energy efficiency, and ensure the robot can comfortably integrate into standard human-centric industrial environments and under typical machinery clearances. The overall design emphasizes structural resilience necessary for demanding, high-load, endurance and dynamic environments.

A cornerstone of its physical architecture is the energy system, relying on a high-performance solid-state battery and an intelligent heat dissipation system that synergize to provide reliable endurance and performance assurance for continuous, all-weather operation.

Connectivity

  • WiFi (2.4 GHz and 5 GHz)
  • Ethernet ports
  • USB ports
  • Cloud connectivity for updates and remote monitoring.

Capabilities

  • Perform High-Level Stunts:
    Its high joint torque (450 N·m) allows for complex, high-power movements, including specialized motions like jump kicks.
  • Stability and Resilience:
    The robot is marketed as "combat-ready" and is a core competitor in the "Robot Boxer" free combat competition. This environment serves as a high-stress proving ground to accelerate the optimization of AI algorithms for dynamic stability and survival under immense force, directly benefiting industrial stability.
  • All-Terrain, High-Speed Locomotion:
    With a top speed of 3 m/s  and a structural design optimized for resilience , the T800 is capable of high-throughput movement across complex environments, supported by a 360° LiDAR system for millisecond-level environmental modeling and path planning.