AgiBot G Series
The AgiBot G2 is a wheeled industrial humanoid robot engineered for precision assembly, machine tending, and logistics, featuring sub-millimeter force-controlled manipulation, dual hot-swappable batteries for continuous operation, and rapid AI task deployment. This guide covers G2 specifications, the G2 Air variant, applications, and what buyers should know before purchasing.
AgiBot G2
Introduction / Overview
The AgiBot G2 is a wheeled industrial humanoid robot developed by AgiBot (Zhiyuan Robotics), one of the world's largest humanoid robot manufacturers. Purpose-built for factory and logistics work rather than showroom demonstration, the G2 combines a stable wheeled base with force-controlled dual-arm manipulation precise enough for sub-millimeter assembly tasks — positioning it among the first humanoid platforms genuinely engineered for continuous production-line deployment.
Where bipedal humanoids trade stability and runtime for legged mobility, the G2 makes the opposite choice: factory floors are flat, so a wheeled base delivers longer endurance, higher payload stability, and the vibration-free platform that precision manipulation requires. The result is a robot that performs electronics assembly, machine tending, quality inspection, and parcel sorting through full shifts, with hot-swappable batteries eliminating charging downtime entirely.
The G2 debuted internationally at CES 2026 as part of AgiBot's award-winning lineup, where it drew attention both for industrial precision and for dexterity demonstrations — folding clothes and pouring water — that illustrate the fine motor control underlying its assembly capabilities. A lighter variant, the G2 Air, extends the platform to interactive service, research, and lighter-duty manipulation roles.
Design and Features
Wheeled Industrial Architecture
The G2's design philosophy is deployment-first:
- Stable wheeled base — smooth, precise movement across factory and warehouse floors, with the stationary stability that fine assembly demands.
- Human-workstation compatibility — arm reach and working height matched to existing benches, conveyors, and machines, so the G2 slots into production lines without facility redesign.
- Dual-arm coordination — two force-controlled arms for bimanual tasks: holding a part with one hand while fastening, inserting, or inspecting with the other.
Precision Force Control
The G2's defining capability is fine force-controlled manipulation — regulating contact forces down to fractions of a newton for sub-millimeter-precision insertion, connector seating, screw driving, and handling of delicate components. This is the threshold that separates humanoids capable of moving boxes from humanoids capable of assembling products, and it is the reason the G2 targets electronics manufacturing first.
Continuous Operation Design
- Dual hot-swappable batteries (over 1,600 Wh combined capacity) — batteries exchange one at a time while the robot keeps working.
- Pass-through charging and return-to-base charging — flexible energy strategies for multi-shift schedules.
- The practical outcome: 24/7 operation capability with zero charging downtime, a specification that directly determines industrial ROI.
Rapid AI Task Deployment
Through AgiBot's reinforcement-learning deployment system, new assembly and handling tasks can be configured in hours rather than the weeks of programming traditional automation requires. Tasks are trained through demonstration and simulation, then refined on the line — meaning the same G2 can be retasked as production requirements change.
G2 Air Variant
The AgiBot G2 Air adapts the platform for lighter-duty roles: interactive service, research labs, education, and manipulation tasks that don't require the full industrial configuration. It preserves the wheeled architecture and SDK access at a lighter specification, making it the natural entry point for universities and R&D teams building on the G2 platform.
Technology and Specifications
Compute and AI
The G2 runs dual NVIDIA Jetson Thor modules delivering over 2,000 TFLOPS of on-board AI inference — among the highest compute of any commercial humanoid — supporting real-time perception, manipulation planning, and the foundation-model workloads behind its rapid task learning. AgiBot is an NVIDIA Isaac GR00T ecosystem partner, and the G2 serves as a reference platform for industrial embodied-AI deployment.
Perception and Manipulation
Multi-modal perception combines RGBD cameras and depth sensing for workpiece recognition, bin picking, and quality inspection. The G2 pairs with AgiBot's OmniHand dexterous hand options or task-specific grippers depending on application. Voice interaction supports operator communication on the floor.
Secondary Development
Full SDK and API access covers arm control, base navigation, perception streams, and task orchestration — the secondary development capability that integrators and research teams require. This makes the G2 equally viable as a production tool and as a research platform for manipulation learning.
Representative Specifications
Typical G2 configurations include dual 7-DoF force-controlled arms, wheeled omnidirectional base, dual hot-swappable battery system (1,600+ Wh), dual Jetson Thor compute, RGBD perception suite, and SDK/API access. Exact figures vary by configuration and generation; current datasheets are available on request.
Applications and Use Cases
Electronics Assembly
The flagship application: connector insertion, component placement, screw fastening, and sub-assembly work on electronics production lines — precision tasks facing chronic labor shortages in manufacturing hubs worldwide.
Machine Tending
Loading and unloading CNC machines, test stations, and process equipment — repetitive tending work that keeps expensive machines utilized across shifts without dedicated human operators.
Warehouse and Parcel Sorting
Parcel induction, sortation support, and tote handling in logistics facilities, where the G2's continuous-operation design matches the around-the-clock rhythm of fulfillment.
Quality Inspection
Camera-based visual inspection combined with force-sensitive handling lets the G2 check, measure, and sort parts as an inline QC station.
Research and Development
Universities and corporate labs use the G2 and G2 Air as manipulation-research platforms — the combination of force control, high compute, and open SDK makes it one of the strongest available testbeds for embodied-AI and industrial learning research.
Advantages / Benefits
- Production-grade precision — force-controlled, sub-millimeter manipulation puts the G2 in genuine assembly work, not just material movement.
- Zero charging downtime — hot-swappable dual batteries enable true continuous operation, the specification that drives industrial payback.
- Hours-not-weeks retasking — RL-based task deployment means one robot adapts as your line changes, unlike single-purpose fixed automation.
- No facility redesign — human-workstation compatibility deploys the G2 into existing lines and benches.
- Top-tier compute — dual Jetson Thor future-proofs the platform for increasingly capable AI models delivered via software updates.
- Open development — full SDK access protects the investment for both production and research use, and supports multilingual interaction add-ons.
For buyers researching where to buy the AgiBot G2, or comparing the AgiBot G2 price and cost against manual labor or fixed automation, the evaluation should center on task precision requirements, shift coverage, retasking frequency, and integration support — the areas where the G2's design choices translate directly into operating economics.
FAQ
What is the AgiBot G2?
The AgiBot G2 is a wheeled industrial humanoid robot built for precision assembly, machine tending, and warehouse sorting, featuring force-controlled dual arms with sub-millimeter accuracy, dual hot-swappable batteries for continuous operation, and NVIDIA Jetson Thor AI compute.
How does the AgiBot G2 work?
The G2 combines RGBD perception, force-controlled dual-arm manipulation, and reinforcement-learning task deployment: new tasks are trained through demonstration and simulation, then executed on the line with real-time force feedback for precision handling. Operators interact by voice, and integrators access full control via SDK.
What is the difference between the G2 and G2 Air?
The G2 is the full industrial configuration for production assembly and logistics, while the G2 Air is a lighter variant of the same wheeled platform suited to interactive service, education, research, and lighter manipulation tasks — at an accessible entry point with the same SDK access.
Can the AgiBot G2 be used for research and development?
Yes. The G2 and G2 Air offer full secondary development support — SDK and API access to arms, base, and perception — combined with class-leading on-board compute, making them strong platforms for manipulation learning, HRI, and industrial embodied-AI research.
Why is the AgiBot G2 important?
The G2 represents the transition of humanoid robots from demonstrations to production tools: it performs precision assembly work that previously required human dexterity, operates continuously without charging downtime, and retasks in hours — capabilities that define commercially viable industrial humanoids.
What are the benefits of the AgiBot G2?
Key benefits include sub-millimeter force-controlled assembly capability, 24/7 operation via hot-swappable batteries, rapid AI-based retasking, deployment into existing workstations without facility changes, top-tier NVIDIA compute, and full SDK access for integration and research.
How much does the AgiBot G2 cost?
G2 pricing depends on configuration, end effectors, and support scope, with the G2 Air offering a lower entry point. Total cost should be evaluated against fully loaded labor cost for the target tasks across shifts; contact a distributor for a current quotation and deployment assessment.
Summary
The AgiBot G2 stands among the first humanoid robots engineered for real production work rather than demonstration: a wheeled industrial platform whose force-controlled precision, continuous-operation battery design, and rapid AI retasking address the exact requirements of electronics assembly, machine tending, and logistics. With NVIDIA Jetson Thor compute, full secondary development support, and the lighter G2 Air extending the platform to research and service roles, the G2 offers manufacturers and research teams a deployable path into industrial embodied AI today. For anyone looking to buy the AgiBot G2, compare G2 and G2 Air costs, or plan a production pilot, this guide's specifications and application framework are the essential starting point.
What is the AgiBot G Series? The AgiBot G Series is a line of industrial-grade wheeled humanoid robots from AgiBot (Zhiyuan Robotics), designed for precision manufacturing, logistics, and guided service applications. It includes the G1, a general-purpose data collection and model inference platform, and the G2, an advanced industrial interactive embodied robot with force-controlled 7-DoF arms, sub-millimeter assembly precision, IP42/IP50 protection ratings, and NVIDIA Jetson Thor T5000 compute delivering 2,070 TFLOPS of AI performance.
How does the AgiBot G2 work? The G2 operates on a four-wheel steering omnidirectional base that allows movement in any direction at up to 1.5 m/s, including lateral crab-walking and zero-radius rotation in tight factory spaces. Its 7-DoF arms, equipped with full joint torque sensors and 0.5-Newton force control accuracy, enable compliant manipulation of components without damaging them or creating unsafe forces. The NVIDIA Jetson Thor T5000 processes sensor streams from LiDAR, stereo and fisheye cameras, and RGB-D cameras with under 10-millisecond latency, running GO-1 and other AI models for real-time task execution. New tasks are taught through the Genie RL system using reinforcement learning and teleoperation demonstrations, enabling the robot to master new assembly operations within approximately one hour.
What industries use the AgiBot G Series? The G Series is deployed across consumer electronics manufacturing, automotive parts assembly, logistics and parcel sorting, and guided tour applications in exhibitions and museums. The G2's first large-scale commercial deployment was in tablet assembly at Longcheer Technology's production facility, performing multimedia integrated testing tasks with cycle times of 19 to 20 seconds and a reported success rate exceeding 99.9 percent. AgiBot plans expansion into automotive, semiconductor, and energy sector manufacturing.
What makes the AgiBot G2 different from other industrial robots? The G2 combines capabilities that existing industrial robotic systems typically separate: it has the precision manipulation and force control of an industrial cobot, the mobility of an automated guided vehicle, the AI-driven adaptability of a research robot, and the human-scale form factor needed for shared workspaces. Its 0.5-Newton force control accuracy enables sub-millimeter assembly tasks; its NVIDIA Jetson Thor delivers 2,070 TFLOPS for real-time AI inference; its automotive-grade construction passed 130-plus qualification tests; and its Genie RL rapid deployment system enables new task configuration in hours rather than weeks. No other commercially available wheeled humanoid robot combines all these attributes at production scale.
What AI technology powers the AgiBot G Series? The G1 runs on an NVIDIA Jetson AGX Orin 64GB compute platform. The G2 integrates a dual compute stack: a Rhino R1 processor providing 500 TOPS for base operations, and the NVIDIA Jetson Thor T5000 delivering 2,070 TFLOPS of FP4 AI compute, making the G2 the first mass-produced robot to integrate Jetson Thor. Both models run AgiBot's GO-1 foundation model — the Genie Operator-1 Vision-Language-Latent-Action system — alongside the AgiBot World training dataset, Genie RL for rapid task deployment, and Genie Sim 3.0 for simulation-based training. AgiBot was named an NVIDIA Isaac GR00T ecosystem partner at GTC 2026.