ENGINEAI PM01 & T800 Humanoid Robots

ENGINEAI PM01: Lightweight, High-Dynamic General Embodied Agent

The PM01​ is a compact humanoid platform (~1.38 m tall, ~40 kg) designed for high-dynamic motion and full-stack development. It features 24 degrees of freedom​ (DoF) with a wide-range waist rotation, enabling agile movements such as front flips, dancing, and dynamic running​ (up to ~2 m/s). Powered by high-torque joint modules, it supports dual locomotion modes (mechanical and natural human-like gait). The platform is built for openness, integrating Intel + NVIDIA Jetson Orin​ computing and extensive SDK/ROS support for embodied AI research, making it suitable for education, commercial demonstration, and algorithm development.

ENGINEAI T800: Full-Size High-Performance Universal Humanoid

The T800​ is a full-size industrial-grade humanoid (~1.73 m tall, ~75-85 kg) built for heavy-duty tasks and extreme dynamic performance. It boasts up to 43 DoF​ (including 7-DoF dexterous hands with tactile sensing) and is driven by high-power joint actuators capable of 450 N·m peak torque, supporting powerful motions like high-speed running (3 m/s), kicking, and backflips. Equipped with 360° LiDAR​ and stereo vision, it offers robust perception for autonomous navigation. The T800 targets demanding applications in manufacturing logistics, heavy payload handling (5+ kg), and advanced R&D, featuring long-endurance battery options for extended operational cycles.

Unitree R1 Humanoid Robot (Brief Introduction)

The Unitree R1​ is a lightweight, affordable humanoid platform designed to make advanced robotics accessible to developers, educators, and enthusiasts. Standing at approximately 1.23 meters​ tall and weighing around 29 kg, it combines dynamic motion capabilities with multimodal AI interaction at a disruptive price point starting under $5,000.

Key Features & Capabilities:

• Dynamic Agility: Engineered with the philosophy "Movement first, tasks as well," the R1 features 20–26 degrees of freedom​ (depending on variant) and high-torque joints, enabling complex maneuvers such as backflips, somersaults, running, and self-righting​ from falls.

• AI-Native Interaction: Integrates a Large Multimodal Model (LMM)​ for voice and vision, supported by a 4-mic array, dual speakers, and binocular or monocular cameras for natural human-robot interaction.

• Developer-First Platform: The R1 EDU​ variant offers fully open joint and sensor control interfaces, optional NVIDIA Jetson Orin​ high-performance computing modules (40–100 TOPS), and SDK/ROS support for algorithm development and embodied AI research.

Target Applications:

Primarily aimed at R&D labs, university education, and commercial prototyping, the R1 serves as a versatile testbed for locomotion algorithms, manipulation tasks, and human-robot interaction studies, while also supporting entertainment and demonstration use cases.

Unitree G1 Humanoid Robot (Brief Introduction)

The Unitree G1​ is a compact, mass-produced humanoid robot positioned as an affordable "AI Avatar" platform. Standing approximately 1.32 meters tall​ and weighing around 35 kg, it bridges the gap between advanced research and practical deployment .

Key Features & Capabilities:

• Modular Agility: Configurable from 23 to 43 degrees of freedom (DoF), supporting optional 3-finger dexterous hands (Dex3-1) for manipulation tasks. It features a large joint motion range and a maximum knee torque of 120 N·m, enabling dynamic movements like standing up from the ground and trotting at speeds over 2 m/s.

• AI-Native Sensing: Equipped with a depth camera and 360° 3D LiDAR​ (Livox Mid-360) for environmental perception, complemented by a built-in 4-mic array​ and speaker for multimodal interaction.

• Developer-Friendly: The G1 EDU​ variant offers full SDK access, ROS 2 support, and optional NVIDIA Jetson Orin​ compute modules for high-level autonomy development. It utilizes a 9,000 mAh​ hot-swappable battery providing roughly 2 hours​ of typical operation.

The G1 is designed for continuous evolution via OTA updates integrated with Unitree's UnifoLM​ (Unified Large Model), targeting applications in education, research, entertainment, and early-stage industrial prototyping.

Unitree Go2 Series Overview

The Unitree Go2 series represents a versatile platform of mid-sized quadruped robots, balancing high-performance dynamics with advanced AI interaction. Built on a shared 12-degree-of-freedom (12-DoF) architecture, the series spans from accessible consumer companions to robust research and industrial tools.

1. Consumer Grade: Go2 Air & Go2 Pro

Designed for home interaction and entertainment, these models focus on user-friendly features and robust mobility.

Go2 Air: The entry-level model offers core quadruped mobility with a top speed of ~2.5 m/s, basic obstacle avoidance, and an affordable price point for tech enthusiasts.

Go2 Pro: The flagship consumer variant enhances the experience with 4D LiDAR (L2)​ for superior 360° perception, ISS 2.0 (Intelligent Side-follow System)​ for autonomous tracking, voice interaction, and a faster gait (up to 3.5 m/s). It serves as a capable platform for photography, pet-like companionship, and light payload tasks.

Shared Traits: Both feature ~15 kg weight, ~8 kg payload capacity, and support OTA updates for continuous feature improvement.

2. Research & Industrial Grade: Go2 EDU

This version unlocks the full potential of the Go2 platform for academia, R&D, and commercial applications.

Open Platform: Features an open SDK, ROS support, and full-body force control for algorithm development and complex locomotion research.

High-Performance Computing: Often configured with optional NVIDIA Jetson Orin​ modules (40-100 TOPS) for on-board AI processing, SLAM, and autonomous navigation.

Enhanced Endurance: Typically equipped with a 15000 mAh battery for extended experimental runtime (2-4 hours) and supports automatic docking.

Ideal Use Cases: University labs, industrial inspection prototypes, and advanced robotics programming.

3. Wheel-Leg Hybrid: Go2-W

A specialized variant that combines legged agility with wheeled efficiency for industrial mobility.

Hybrid Locomotion: Utilizes 7-inch pneumatic tires coupled with 16 active joints (4 legs), enabling seamless transitions between rolling on flat surfaces and climbing over obstacles.

Industrial Ruggedness: Boasts a higher obstacle surmountability (~70 cm) and a lower acoustic footprint, making it suitable for long-duration indoor/outdoor patrols and logistics.

Payload & Sensing: Supports modular payloads (e.g., thermal cameras, robotic arms) and is often paired with RealSense depth cameras and 3D LiDAR for industrial-grade autonomy.