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Industrial Robots16 minread

AgiBot G2 Max Review: Industrial Wheeled Humanoid with Jetson Thor AI

AgiBot (Shanghai Zhiyuan Innovation Technology Co., Ltd.)

The AgiBot G2 Max is a wheeled industrial humanoid for structured factory, automotive, and logistics workflows. Its dual seven-axis force-controlled arms, NVIDIA Jetson Thor compute, LiDAR sensing, hot-swappable batteries, and stated production-line deployment make it a serious automation candidate, not a general-purpose humanoid.

AgiBot G2 Max Review: Industrial Wheeled Humanoid with Jetson Thor AI
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4.5/ 5.0
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Height

122.5–179.5 cm adjustable

Model

G2 Max

Robot Type

Industrial Wheeled Humanoid

Weight

185 kg

Head / Neck

3 DOF

Width

64.0 cm

Arms

2 × 7 DOF force-controlled arms

Depth

76.0 cm

Mobility

Four-wheel steering; omnidirectional, crab-walk, zero-radius rotation

Degrees of Freedom

25–26 DOF base; expandable to ~50 DOF with optional dexterous hands

Maximum Speed

1.5 m/s

Maximum Arm Payload

5 kg

Charging

54.75V / 15A (821.25W); 100–240V AC input

Battery Capacity

1,652 Wh (34 Ah), dual hot-swappable batteries

Runtime

Up to 4 hours

AI Compute

NVIDIA Jetson Thor T5000 — 2,070 TFLOPS (FP4)

FCC Approved

Yes

Sensors

2 × 3D LiDAR, RGB-D camera, front binocular RGB cameras, microphone array, speaker

Operating Temperature

0°C to 45°C

Software

Secondary development supported; Genie RL; NVIDIA Isaac GR00T ecosystem

Connectivity

4G, 5G, Wi-Fi, Bluetooth

Price

$138,000

System purpose

AgiBot G2 Max is a wheeled mobile manipulator for controlled indoor industrial and logistics processes. The listed configuration combines two 7-DOF force-controlled arms, LiDAR and RGB-D sensing, 1,652 Wh dual hot-swappable batteries, adjustable height and a 185 kg chassis. A stable wheeled architecture can be a lower-risk alternative to a biped for flat-floor mobile handling.

Evidence versus outcome

Published figures for force precision, sub-millimeter assembly positioning, four-hour runtime and AI compute are supplier specifications, not a completed application validation. A 5 kg arm payload does not by itself prove that a product can be grasped, carried, inserted or safely recovered across the intended workspace. The stated 1.5 cm stair threshold and 5° slope limit also define a narrow site envelope.

Procurement requirements

Request the final arm/end-effector configuration, load charts, reachable workspace, task-training workflow, safety documentation, software and API terms, battery-service process and local support commitment. Compare changeover time and integration cost against a fixed robotic cell before accepting a “flexible automation” premium.

Acceptance pilot

Use the buyer’s parts, fixtures and quality criteria to measure cycle time, force-control repeatability, navigation availability, operator interventions and recovery after vision or network interruption. Test battery swapping and charging during a representative shift.

Verdict

A serious candidate for a bounded mobile-manipulation pilot. The correct buying decision depends on demonstrated task repeatability and support, not on compute or humanoid styling.

Pros

Production-scale validation at Longcheer Technology: documented tablet RAM insertion at 310 units per hour with 99.9% task success provides stronger evidence than laboratory demos for enterprise procurement.
World-first mass-produced NVIDIA Jetson Thor T5000 integration delivers 2,070 TFLOPS of FP4 AI compute, enabling local VLA and LLM inference with claimed multi-sensor processing latency below 10 ms.
Dual compute architecture pairs Jetson Thor for high-level AI inference with a 500 TOPS Rhino R1 processor for navigation, joint control, and real-time sensor fusion.
Four-wheel steering supports omnidirectional travel, crab-walking beside production lines, and zero-radius rotation—highly practical in constrained factory cells and logistics aisles.
Dual 7-DOF force-controlled arms with a claimed 0.5 N precision target and up to 5 kg arm payload are designed for precision assembly, sorting, and material-handling tasks.
Adjustable 122.5–179.5 cm working height lets the robot adapt to existing workstations, reducing the facility modifications required by fixed-height automation.
Dual hot-swappable 1,652 Wh batteries support continuous operations and avoid the long charging downtime that limits many bipedal humanoid platforms.
IP42 protection, 0–45°C operating range, and 130+ cited industrial validation tests provide a more credible industrial-readiness profile than consumer-oriented humanoids.
Genie RL is designed to reduce new task deployment from weeks to hours; the documented RAM insertion task was reportedly learned within one hour of demonstration.
NVIDIA Isaac GR00T ecosystem partnership gives buyers a path to evolving humanoid foundation models and a broader robotics software ecosystem.

Cons

The 185 kg chassis requires deliberate site planning, safe operating zones, and suitable floors; it is not a lightweight platform that can be casually moved between rooms or facilities.
Wheeled mobility is optimized for flat industrial floors: the ≤5° slope rating and 1.5 cm stair-climbing specification mean it cannot replace a bipedal robot where stairs, curbs, or rough terrain are routine.
The $138,000 base price excludes optional dexterous hands, which add roughly $4,562 to $15,079 depending on configuration, plus integration, safety, and support costs.
Up to four hours of runtime is strong for a humanoid, but continuous 24/7 operation still depends on battery-swap procedures and spare battery logistics rather than autonomous charging.
IP42 protects against limited solid-object ingress and dripping water, not washdown, rain, heavy dust, or harsh outdoor conditions; deployment should remain in controlled industrial environments.
Maximum speed of 1.5 m/s is adequate for factory travel but slower than some mobile robot platforms, and the robot is not intended for rapid long-distance transport.
The platform is relatively new, launched in late 2025; long-term global service coverage, spare-parts availability, and software support outside China remain less proven than established industrial automation vendors.
Published specifications vary between 25 and 26 base DOF across product materials, so buyers should confirm the exact selected configuration and included end-effectors in the purchase order.

Editorial Verdict

The G2 Max makes the most sense where stable mobile manipulation matters more than stairs or humanlike walking. Its industrial orientation is a strength for high-mix factories, but the purchase should follow a site pilot that tests safety, cycle time, facility layout, end-effectors, and integration cost.

Criteria Scores

Industrial Readiness4.9 / 5
AI Compute & Autonomy4.9 / 5
Precision Manipulation4.7 / 5
Deployment Practicality4.5 / 5
Mobility Versatility4.1 / 5
Value for Money4.0 / 5
Overall score4.5 / 5
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AgiBot G2 Max Review: Industrial Wheeled Humanoid with Jetson Thor AI

AgiBot G2 Max Review: Industrial Wheeled Humanoid with Jetson Thor AI

4.5/ 5.0
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