Wheeled Humanoids

Ask a factory what it actually needs from a humanoid and the answer rarely includes stairs. Wheeled humanoids are the form factor built from that honesty: a human like torso, head and dual arms, everything the manipulation mission requires, mounted on a stable wheeled base instead of legs, spending nothing on balance and banking the savings as endurance, payload, precision and price. The result is the humanoid format European industry is specifying first: machines that work six hour shifts where bipeds manage two, hold sub millimetre tolerances no walking platform can promise, and cost less to buy, run and certify, deployment mathematics that flat floored factories, warehouses and venues find difficult to argue with.

The tier's leaders show what the trade buys. AgiBot's Jingling G2 holds 0.5 newton force sensitivity and sub millimetre assembly accuracy through dual 7 degree of freedom force controlled arms, thinking on 2,070 TFLOPS of dual NVIDIA Jetson Thor computing. Unitree's H2-D carries dual 7 kilogramme arms across a floor to 2 metre working envelope at industrial scale, whilst its G1-D runs up to six hours recording every grasp through wrist cameras for the AI training economy. UBTECH's Cruzr line has meanwhile spent years proving wheeled service humanoids across commercial floors, the format's longest deployment record.

Within the wider humanoid landscape, beside the bipedal and upper body forms, the full range of wheeled humanoids for sale can be explored through this page.

Background

The economics that created the form

Bipedal balance is a permanent overhead, energy, computation and control bandwidth spent standing before any work begins, and on a flat industrial floor it purchases nothing. The wheeled humanoid emerged as the engineering audit of that overhead: remove the legs the site never needed, keep the human proportioned upper body that tools, stations and shelving were designed around, and reinvest the margin. Every leading maker reached the same conclusion within eighteen months, Unitree's first wheeled humanoid arriving in November 2025, AgiBot's industrial G2 taking orders worth hundreds of millions of yuan, the convergence that marks a format whose time has come.

Three lanes of wheeled work

The tier promptly specialised. An industrial precision lane, where force controlled arms perform assembly, tending and sorting to tolerances measured in tenths of millimetres; a data collection lane, where stability and endurance make wheeled platforms the demonstration capture engines of the imitation learning economy; and a service lane, where wheeled humanoids have guided, greeted and assisted across commercial floors since before the current boom, three missions, one architecture.

The Wheeled Humanoid Lineup

AgiBot Jingling G2: Industrial Precision

The G2 series is the precision lane's flagship: 26 active degrees of freedom, dual 7 degree of freedom arms with torque sensing at every joint carrying 5 kilogrammes each to sub millimetre accuracy with 0.5 newton force control, an omnidirectional chassis at 1.5 metres per second, 360 degree perception through 3D LiDAR and camera arrays, four hour dual hot swappable batteries and dual Jetson Thor T5000 computing at 2,070 TFLOPS, extended by the lighter G2 Air and the heavy payload G2 Max unveiled at WAIC 2026.

Unitree H2-D: The Full Scale Industrial

The H2-D carries the H2 generation onto wheels at industrial mass: dual 7 kilogramme arms sweeping a floor to 2 metre envelope with wide pitch articulation, around 135 kilogrammes of stable working platform at 1.5 metres per second, binocular vision with natural language interaction and Standard to Ultimate configurations, the machine for stations where reach and payload define the job.

Unitree G1-D: The Data Engine

The G1-D is the collection lane's purpose built instrument: dual 7 degree of freedom arms with 3 kilogramme payloads on a millimetre precise lifting column spanning 1,260 to 1,680 millimetres, a stereo head camera and a camera on each wrist recording training grade episodes, offered as a fixed Standard or a LiDAR navigating Flagship running up to six hours, feeding an end to end capture, annotation, training and deployment pipeline.

UBTECH Cruzr and the Service Veterans

The Cruzr line represents the format's longest field record: wheeled service humanoids with U-SLAM navigation, touchscreen interaction and multi mode charging, guiding and assisting across commercial venues worldwide, the deployment history that de-risks the whole category for customer facing buyers.

The Accessible Tier: R1-D Wheeled Family and Beyond

The format's entry gate is Unitree's R1-D wheeled family: the A5-D and A7-D from roughly 30 kilogrammes, dual arms with ±0.1 millimetre end precision on self raising LiDAR bases spanning 683 to 1,600 millimetres, mobile manipulation at research and education prices, joined across the market by AgiBot's A2-W and X2-W wheeled variants extending their bipedal siblings.

Representative Platforms

Figures follow published specifications; configurations are confirmed at quotation.

Which wheeled humanoid suits which buyer?

Follow the lane. Precision manufacturing, assembly, tending, quality adjacent sorting across industrial and factory floors, specifies the G2 series or H2-D by payload class. Warehouse and parcel operations weigh the same pair against throughput. AI and data programmes take the G1-D, the instrument built for the episode economy, or the R1-D family at laboratory scale across research robotics. Customer facing venues, retail, hotels, showrooms, look to the Cruzr class service veterans. And wherever stairs, terrain or multi level access genuinely rule, the honest referral is the bipedal tier, the same discipline in reverse.

Technology

Force control at the fingertip

The precision lane's defining hardware is sensed touch: joint level torque sensors resolving contact to half a newton, the difference between placing a component and pressing one, enabling the insertion, fastening and delicate handling tasks that fixed automation performs rigidly and bipeds perform approximately, on arms whose seventh joint provides the reach around dexterity fine assembly demands.

Endurance by architecture

Wheeled endurance is designed, not hoped for: hot swappable dual batteries on the G2, six hour packs on the G1-D Flagship, direct powered fixed configurations for unlimited sessions, and none of it taxed by balance, the power arithmetic that makes multi shift wheeled deployment a configuration rather than an ambition.

Perception for work, not just navigation

The tier's sensing serves both halves of its mission: 3D LiDAR and camera rings for omnidirectional navigation among people and vehicles, and task level eyes, stereo heads, wrist cameras, depth at the gripper, watching the grasp itself, the instrumentation that doubles working machines as training data generators across the format.

Computing that arrived early

Wheeled platforms carry the era's heaviest onboard AI, the G2's 2,070 TFLOPS leading the entire humanoid market, because stable bases carry compute bipeds cannot spare mass for, headroom hosting the embodied models, vision pipelines and deployed policies of the robot software era, RoboSuite mission systems among them.

What are wheeled humanoids used for?

1. Precision assembly and machine tending: sub millimetre industrial work across industrial and factory robotics, the G2 lane.
2. Warehouse and parcel operations: sorting, tote and station missions across warehouse robotics at shift endurance.
3. AI training data collection: instrumented demonstration capture across research robotics, the G1-D's founding mission.
4. Commercial service: guidance, assistance and engagement across commercial, retail and hospitality floors, the Cruzr lineage.
5. Research and education: accessible mobile manipulation on the R1-D family across educational robotics.
6. Exhibitions and demonstrations: stable, tireless presentation platforms across exhibition robotics.

Pricing and Availability

Wheeled humanoids are available for purchase across Europe and worldwide at every tier, from entry R1-D class machines to certified industrial fleets with charging infrastructure, alongside the complete humanoid landscape on Robots Europa. Wheeled humanoid price and cost vary substantially by platform, arms, precision class and configuration, so buyers seeking wheeled humanoids for sale should request a current quotation for their requirements, with European delivery, customs clearance and support arranged through Robots Europa. Purchasing enquiries, specification sheets and availability details for those looking to buy wheeled humanoids can be found on this page.

Frequently Asked Questions

What are wheeled humanoids?

Wheeled humanoids are robots pairing human like dual arm upper bodies with stable wheeled bases, spanning AgiBot's precision Jingling G2, Unitree's industrial H2-D and data focused G1-D, UBTECH's Cruzr service line and the accessible R1-D wheeled family, the form factor built for flat floored working environments.

How do wheeled humanoids work?

They navigate by LiDAR and camera based SLAM on omnidirectional or differential drive bases, manipulate through force controlled dual arms reaching sub millimetre precision on leading platforms, adapt working height through lifting columns, run hot swappable or long duration battery architectures and host the market's heaviest onboard AI computing.

Why choose a wheeled humanoid over a bipedal one?

For flat floored missions, the arithmetic: no balance overhead means multiplied endurance, six hours against two, steadier precision, larger payloads and lower cost, with the bipedal tier remaining the answer wherever stairs, terrain and multi level access define the job.

What are the benefits of wheeled humanoids?

Key benefits include shift class endurance, the humanoid market's finest manipulation precision, human proportioned reach across floor to shelf envelopes, the heaviest onboard computing in the category, proven service deployment history and entry pricing that puts mobile manipulation within laboratory budgets.

How precise are industrial wheeled humanoids?

The leading edge is sub millimetre: AgiBot's G2 combines joint torque sensing with 0.5 newton force control for assembly grade accuracy, whilst Unitree's R1-D family specifies ±0.1 millimetre end clamp precision even at entry level, tolerances that walking platforms cannot hold and fixed automation cannot relocate.

Which wheeled humanoid should a buyer start with?

By lane: the G2 series or H2-D for industrial precision by payload class, the G1-D for data operations, Cruzr class machines for customer facing service and the R1-A5-D or A7-D for research and education, with mixed deployments sharing software and quoted together.

Where can I buy wheeled humanoids and what do they cost?

Wheeled humanoids are for sale through Robots Europa, serving the United Kingdom, the European Union and markets worldwide with delivery, customs clearance and support. Because cost varies substantially by platform and configuration, buyers should request a tailored quotation. Full purchasing details are available on this page.

Summary

Wheeled humanoids are the humanoid idea after an honest audit: keep the arms, the reach and the human proportions the work requires, replace the legs the factory floor never asked for, and spend the dividend where deployment feels it, six hour shifts, half newton touch, sub millimetre placement, and computing power no biped can carry. From the G2 holding tolerances on assembly lines through the G1-D harvesting the training data of the next generation to the Cruzr veterans who proved the format before it was fashionable, the tier is Europe's most immediately deployable humanoid answer. As the working form of the humanoid era, wheeled humanoids stand as its clearest business case, and this page as the European starting point for making it.

v3, August 9, 2026