Unitree G1 Edu Flagship C-U5 Humanoid Robot

The Unitree G1 Edu Flagship C-U5 is a full-scale humanoid robot engineered for advanced AI research, embodied intelligence, and real-world autonomous operation. Standing 1,320 mm tall with 41 degrees of freedom, an NVIDIA Jetson Orin computing module delivering 100 TOPS, and force-controlled five-finger dexterous hands, it bridges the gap between laboratory simulation and physical deployment at a level previously reserved for dedicated industrial robotics facilities.

Dynamic Locomotion & Extreme Range of Motion

Most bipedal platforms are constrained by a narrow joint envelope designed around conservative safety margins. The G1 Edu Flagship C-U5 takes a fundamentally different approach. Driven by low-inertia, high-speed internal-rotor PMSM actuators mounted on industrial-grade cross-roller bearings, every articulation delivers both rotational speed and structural rigidity simultaneously — a combination that enables dynamic manoeuvres well beyond what conventional humanoid hardware can execute.

Hip flexion spans P±154° with yaw reaching ±158°. The knee articulates across a 0°–165° arc, generating the peak 120 N·m of torque that powers standing recoveries and rearward acrobatic flips. The three-axis waist — rotating Z±155°, X±45°, and Y±30° — allows full-torso reorientation that makes navigation around obstacles genuinely fluid rather than staged.

• 41 total degrees of freedom across the complete kinematic chain
• 6 DOF per leg — matching the mobility envelope of the human lower limb
• 7 DOF per arm — enabling over-the-shoulder and cross-body reach trajectories
• 3-axis waist for unrestricted upper-body reorientation
• Dual encoder system per joint for accurate closed-loop position control
• Integrated local air-cooling prevents thermal throttling during sustained dynamic tasks

UnifoLM AI Architecture & Cognitive Scalability

At the computational core of the G1 Edu Flagship C-U5 sits a dual-processor arrangement built for real robotics workloads. An 8-core high-performance CPU handles time-critical control loops while the NVIDIA Jetson Orin module — rated at 100 TOPS — runs perception, scene understanding, and behavioural planning in parallel. That compute headroom is sufficient for edge inference of modern transformer architectures, making on-robot learning experiments viable without cloud dependency.

The platform natively supports UnifoLM (Unitree Robot Unified Large Model), a unified learning framework that combines imitation learning and reinforcement learning pipelines. Capabilities evolve with each training iteration. Smart OTA updates propagate model improvements without hardware intervention, and full secondary-development support with comprehensive developer documentation keeps research workflows unblocked from day one.

Force-Controlled Dexterous Manipulation

Precise object interaction demands more than position control — it requires real-time force feedback at each contact point. The G1 Edu Flagship C-U5 is equipped with Inspire RH56DFQ-2R and RH56DFQ-2L five-finger dexterous hands that replicate human finger kinematics through a hybrid force-position control system. Grip strength scales dynamically with the task: delicate objects receive a compliant, damage-safe grasp while tools are held with calibrated torque. Maximum arm payload reaches approximately 3 kg per limb — sufficient for service manipulation in structured, semi-structured, and cluttered environments.

• 5-finger architecture with joint geometry mirroring the human hand
• Hybrid force-position control for safe, compliant grasping
• ~3 kg payload per arm for real-world manipulation tasks
• ~0.45 m arm span — compatible with standard workbench and desk heights

Compact Folding Design & Structural Engineering

Transporting a full-scale humanoid between field sites should not require specialist freight. The G1's unique folding mechanism collapses the standing footprint from 1,320 × 450 × 200 mm down to a 690 × 450 × 300 mm form factor that loads into a standard SUV boot without disassembly. The skeleton combines high-strength aluminium alloy with engineering-grade polymers, holding total mass at approximately 35 kg — a weight two people can manage without equipment. All electrical harnesses route through full hollow joint wiring, protecting conductors from external abrasion and significantly extending service intervals compared to exposed cable runs.

What's in the Box

• Unitree G1 Edu Flagship C-U5 humanoid robot (with Inspire dexterous hands installed)
• Manual remote controller
• Protective support stand
• 54 V / 5 A smart charger
• Complete developer documentation package

Why Choose EXPERT3D?

EXPERT3D has been a specialist in advanced automation, 3D technology, and professional robotics since 2012. Our technical team in Valencia provides pre-sales consultancy, integration guidance, and qualified after-sales support — so your investment in a research-grade platform like the G1 delivers results from the first session. We combine regional proximity with deep engineering knowledge: when you need answers fast, you speak with engineers, not scripted responses. Contact us for a personalised quotation in €.