Unitree G1 Ultimate C (G1EDU-U5) is the five-finger manipulation tier of the G1 EDU family, combining a 29-DOF G1 EDU body with two Inspire RH56DFQ five-finger dexterous hands for 41 total degrees of freedom. AI Robot Supplier currently lists the U5 at $34,140, materially below several current specialist U5 listings.
Unitree G1 Ultimate C for Sale: U5 Price, 5-Finger Hands & Buyer Guide
Unitree G1 Ultimate C, model G1EDU-U5, is a development-oriented G1 EDU configuration built for bimanual five-finger manipulation, embodied-AI research, teleoperation, imitation learning and custom robotics software.
The U5 configuration combines the current 29-DOF G1 EDU body architecture—12 leg joints, 3 waist joints and 14 arm/wrist joints—with two Inspire RH56DFQ five-finger dexterous hands. Each RH56DFQ hand contributes 6 actuated degrees of freedom, bringing the complete robot to 41 total DOF.
This AI Robot Supplier configuration includes NVIDIA Jetson Orin NX 16GB at 100 TOPS, an 8-core primary CPU, depth camera + 3D LiDAR sensing, secondary-development support and a 9000 mAh quick-release battery with approximately two hours of manufacturer-reference runtime.
AI Robot Supplier currently lists the Unitree G1 Ultimate C price at $34,140. Current specialist U5 listings are substantially higher, including approximately $56,900 at RobotsUSA and around $67,900 at multiple U.S. robotics sellers. Buyers should compare complete configuration, support, shipping and warranty rather than headline price alone.
Important hand distinction: U5 uses Inspire RH56DFQ five-finger hands without the tactile-sensor package used on the U6 RH56DFTP configuration. U5 is the correct choice when five-finger manipulation and force-controlled grasping matter, while U6 is the better fit when tactile sensing is a core research requirement.
Unitree G1 Ultimate C Price: How Much Does G1EDU-U5 Cost?
The current Unitree G1 Ultimate C price on AI Robot Supplier is $34,140. Unitree does not publish one universal retail price for G1 EDU configurations; its official G1 page lists EDU as Contact Sales because compute, waist, wrist and hand configurations vary materially.
Current public U5 seller prices show a wide spread. RobotsUSA currently lists G1EDU-U5 at approximately $56,900, while Toborlife and US Robot Store show U5 around $67,900. That makes the current AI Robot Supplier listing materially lower than several active specialist offers.
| Seller / reference | Observed U5 price | Buying note |
|---|---|---|
| AI Robot Supplier | $34,140 | Current live listing; confirm destination-specific freight and scope |
| RobotsUSA | ~$56,900 | Current public asking price |
| Toborlife | ~$67,900 | Current public asking price |
| US Robot Store | ~$67,900 | Current public asking price |
Price differences can reflect distributor margin, delivery region, support, included accessories, hand revision, compute hardware, training and logistics. Before purchasing, compare the exact G1EDU-U5 configuration rather than assuming every listing includes an identical package.
What can change the delivered U5 cost?
- Destination country, freight and import duties
- Exact Inspire RH56DFQ left/right hand revision
- Jetson Orin NX compute configuration
- Protection gantry and transport accessories
- Additional batteries and chargers
- Training, integration and technical-support requirements
What Is the Unitree G1 Ultimate C G1EDU-U5?
The Unitree G1 Ultimate C is the first G1 EDU tier in the commonly sold configuration ladder that combines the expanded 29-DOF EDU body with bilateral five-finger Inspire hands.
The body architecture uses 6 DOF per leg, 3 DOF at the waist and 7 DOF per arm. The Inspire RH56DFQ hands add 6 active DOF per hand, so the complete body-plus-hands configuration totals 41 DOF.
That makes U5 structurally different from the 43-DOF G1 Ultimate A/B configurations that use Unitree’s 7-DOF Dex3-1 three-finger hands. U5 has more humanlike five-finger morphology but one fewer actuated DOF per hand.
Unitree’s own Explore app documentation explicitly includes a “G1 Flagship Version C End INSPIRE Dexterous Hand” installation manual, confirming Inspire hands as an official supported G1 configuration rather than a generic third-party retrofit.
For research buyers, U5 is most compelling when the project needs humanlike five-finger grasp geometry, bimanual teleoperation, data collection, imitation learning, tool interaction or manipulation-policy development without paying for the tactile-sensor package of Ultimate D / U6.
Three checks before buying U5
The quotation should specify Inspire RH56DFQ-2R and RH56DFQ-2L or the exact equivalent U5 hand revision.
U5 is the non-tactile Inspire tier. Choose U6 if integrated tactile sensing is mandatory.
Verify Jetson Orin NX, firmware, SDK, sensors and included development accessories.
Unitree G1 Ultimate C U5 Images
Use exact-unit photos and the written packing list to confirm hand type, wrist hardware and supplied development configuration.
Unitree G1 Ultimate C Specs and Technical Specifications
The table separates Unitree’s official G1 EDU family specifications from U5-specific configuration data established by current U5 seller documentation and Unitree’s official Flagship C Inspire-hand manual.
| Model / configuration | G1 EDU Ultimate C / G1EDU-U5 |
|---|---|
| Standing dimensions | 1320 × 450 × 200 mm |
| Folded dimensions | 690 × 450 × 300 mm |
| Weight with battery | Approx. 35 kg+ |
| Total DOF | 41 |
| Leg DOF | 6 per leg |
| Waist DOF | 3 |
| Arm / wrist DOF | 7 per arm |
| Hand model | Bilateral Inspire RH56DFQ five-finger dexterous hands |
| Hand DOF | 6 active DOF per hand / 12 joints per hand |
| Tactile package | No integrated tactile-array package on U5; compare U6 for tactile Inspire hands |
| Hand repeatability | Approx. ±0.20 mm reported for RH56DFQ hand family |
| Maximum knee torque | Up to 120 N·m on G1 EDU family |
| Arm-load reference | Approx. 3 kg; strongly posture dependent |
| Primary compute | 8-core high-performance CPU |
| AI compute in this U5 configuration | NVIDIA Jetson Orin NX 16GB, 100 TOPS |
| Perception | Depth camera + 3D LiDAR |
| Current specialist sensor examples | Livox MID-360 + Intel RealSense D435i commonly listed; confirm exact supplied revision |
| Audio | 4-microphone array + 5 W speaker |
| Wireless | Wi-Fi 6 + Bluetooth 5.2 |
| Battery | 9000 mAh quick-release smart battery |
| Charger | 54 V / 5 A |
| Battery life | Approx. 2 hours |
| Secondary development | Supported |
| G1 EDU warranty reference | 18 months |
| Current AI Robot Supplier price | $34,140 |
Unitree’s official G1 page defines the G1 EDU family rather than every distributor U3–U8 commercial bundle. U5 hand type, compute and 41-DOF configuration should be confirmed on the final quotation.
Unitree G1 Ultimate C Inspire RH56DFQ 5-Finger Hands
The defining feature of Unitree G1 Ultimate C is its pair of Inspire RH56DFQ five-finger dexterous hands. Unlike the three-finger Dex3-1 used on Ultimate A/B, RH56DFQ provides a humanlike five-finger form with six active degrees of freedom distributed across 12 mechanical joints per hand.
Current RH56DFQ specialist specifications report approximately ±0.20 mm repeat positioning accuracy, force-feedback capability, a thumb lateral rotation range greater than 65°, and high-speed finger flexion. Those hand-family figures are useful for research planning, but the exact U5 hand firmware, mounting and control interface should be confirmed on the supplied robot.
The hand is especially relevant for:
- Humanlike grasp-shape research
- Bimanual manipulation and handover
- Imitation-learning datasets
- Teleoperation and demonstration collection
- Tool-interaction experiments
- Vision-language-action manipulation research
Five fingers does not automatically mean stronger grip
U5 is designed for dexterity and humanlike morphology rather than heavy lifting. Unitree’s overall G1 EDU arm-load reference is approximately 3 kg and varies greatly with arm posture. The hand itself also has its own grip-force limits.
For manipulation research, buyers should define object size, mass, surface, grasp type and tactile requirements before choosing between U5, U6, U3/U4 or BrainCo-equipped G1 variants.
Unitree G1 Ultimate C vs Ultimate D: Do You Need Tactile Hands?
G1 Ultimate C / U5 and Ultimate D / U6 are both 41-DOF five-finger configurations. The key difference is the hand sensing package.
| Feature | Ultimate C / U5 | Ultimate D / U6 |
|---|---|---|
| Total DOF | 41 | 41 |
| Hand type | Inspire RH56DFQ | Inspire RH56DFTP |
| Fingers | 5 per hand | 5 per hand |
| Hand DOF | 6 per hand | 6 per hand |
| Force feedback | Yes / hand-family force feedback | Yes |
| Tactile sensing | No dedicated tactile-array package | Yes |
| Best fit | Five-finger manipulation at lower configuration cost | Contact-rich manipulation and tactile research |
Choose U5 when five-finger geometry, grasp diversity and manipulation are the priorities but integrated tactile sensing is not mandatory.
Choose U6 when tactile feedback is central to contact-rich manipulation, slip detection or fine force-control experiments.
Unitree G1 Ultimate C SDK, ROS 2 and Manipulation Development
U5 belongs to the G1 EDU family, which Unitree officially marks as supporting secondary development. This is a critical difference from G1 Basic.
The robot can be integrated into Python, C++ and ROS 2 research workflows using Unitree’s developer resources. Current Unitree repositories provide robot-description models, SDK access, reinforcement-learning examples and XR teleoperation resources for the G1 family.
The 100-TOPS Jetson Orin NX 16GB in this U5 configuration provides onboard inference capability for perception, manipulation policies, visual processing and other edge-AI workloads. Large-scale training still belongs on external GPU systems, with trained policies later deployed to the robot.
For five-finger manipulation specifically, developers should plan for both body control and Inspire-hand control. The RH56DFQ hand uses a different command/data structure from Unitree’s Dex3-1, so code written for a three-finger G1 hand should not be assumed to work unchanged on U5.
Imitation learning
Collect human demonstrations and train policies for bimanual hand/arm behaviors.
Teleoperation
Use whole-body and hand teleoperation to collect manipulation datasets and test remote task execution.
Vision-language-action
Combine vision, language and robot-action models for object-level manipulation research.
Sim-to-real
Model the 41-DOF system in simulation before deploying control policies to physical hardware.
Bimanual research
Investigate coordinated two-hand manipulation, handovers and tool use.
Human-robot interaction
Use five-finger gesture and whole-body articulation for interactive research.
Unitree G1 Ultimate C LiDAR, Depth Vision and AI Compute
Unitree officially specifies the G1 EDU family with depth camera + 3D LiDAR, four-microphone array, 5 W speaker, Wi-Fi 6 and Bluetooth 5.2.
Current U5 specialist listings commonly identify Livox MID-360 and Intel RealSense D435i as the LiDAR/depth-camera hardware. Because Unitree’s own generic G1 table guarantees the sensing categories rather than those exact supplier models, buyers whose software depends on a specific driver should confirm the exact supplied hardware revision.
The U5’s onboard NVIDIA Jetson Orin NX can support real-time perception and manipulation inference, while external workstation or server GPUs remain more appropriate for large training workloads.
G1 EDU Torque, Payload, Battery and Runtime
Unitree’s current official G1 EDU specification lists up to 120 N·m maximum knee-joint torque and an approximately 3 kg arm-load reference. Unitree explicitly notes that arm load changes significantly with extension and posture.
The robot uses a 9000 mAh quick-release 13-series lithium battery with approximately two hours of battery life and a 54 V / 5 A charger. Runtime varies with motion, hand use, AI compute load, perception workload and operating environment.
U5 should not be marketed as a heavy industrial lifting humanoid. Its commercial value is in a research combination that is still relatively uncommon: dynamic bipedal locomotion, humanlike five-finger manipulation, onboard AI compute and an open development path in one compact platform.
Unitree G1 Ultimate C U5 vs U2, U3 and U6
| Configuration | Total DOF | Hands | Tactile | Best fit |
|---|---|---|---|---|
| U2 / EDU Plus | 29 | Fixed hands | No | Locomotion, HRI, whole-body development |
| U3 / Ultimate A | 43 | Dex3-1 3-finger, 7 DOF/hand | Optional/variant dependent | Three-finger force-control manipulation |
| U5 / Ultimate C | 41 | Inspire RH56DFQ 5-finger | No dedicated tactile array | Humanlike five-finger manipulation |
| U6 / Ultimate D | 41 | Inspire RH56DFTP 5-finger | Yes | Tactile manipulation and contact research |
Choose U2 when you want the 29-DOF body and developer compute but do not need actuated fingers.
Choose U3 when Unitree’s native three-finger force-controlled hand ecosystem is the better fit.
Choose U5 when humanlike five-finger morphology and grasp diversity are the main research priorities.
Choose U6 when tactile feedback justifies the additional cost and complexity.
What Is Commonly Included With Unitree G1 Ultimate C?
A typical G1EDU-U5 package centers on the 41-DOF humanoid with bilateral Inspire five-finger hands, 100-TOPS compute, 9000 mAh battery, charger, manual controller and development/protection accessories.
41-DOF humanoid
29-DOF G1 EDU body plus two 6-DOF Inspire five-finger hands.
100-TOPS AI compute
NVIDIA Jetson Orin NX 16GB in this U5 listing.
Research accessories
Battery, charger, controller and gantry/transport scope should be confirmed on the final quotation.
Do not assume extra batteries, transport case, tactile hands, wrist cameras or specialist teleoperation hardware are included unless they appear in the written packing list.
G1 EDU Security Advisory: What U5 Buyers Should Verify
Two high-severity security advisories were published in August 2026 for Unitree G1 EDU firmware through version 1.5.2: CVE-2026-76639 and CVE-2026-76640.
The advisories identify network-adjacent attack paths involving communications and provisioning components. This does not mean every new U5 remains vulnerable; it means firmware version and security-update status should be part of procurement and commissioning.
- Confirm the firmware version shipped with the robot.
- Ask which manufacturer security updates are available.
- Document Wi-Fi, Bluetooth and other enabled interfaces.
- Use appropriate network segmentation in research facilities.
- Review Unitree’s current security guidance before production or public-network deployment.
What Buyers Should Know Before Ordering G1 Ultimate C U5
- Five fingers are not five independent DOF: RH56DFQ uses 6 active DOF across 12 mechanical joints per hand.
- No U6 tactile package: buyers who need integrated tactile sensing should compare Ultimate D / U6.
- Arm payload is posture dependent: Unitree’s ~3 kg EDU arm reference is not a universal load at every reach.
- 100 TOPS is onboard inference compute: large model training still requires external GPU resources.
- Not every G1 marketing demo is an out-of-box U5 feature: Unitree warns that some sample functions remain in development/testing.
- Humanoid safety still matters: Unitree advises maintaining sufficient distance from people during operation.
What to Verify Before You Buy Unitree G1 Ultimate C
- Exact model: G1 EDU Ultimate C / G1EDU-U5.
- Total DOF: confirm 41-DOF configuration.
- Hands: confirm RH56DFQ-2R and RH56DFQ-2L or exact current Inspire U5 equivalents.
- Tactile requirement: choose U6 rather than U5 if integrated tactile arrays are required.
- Compute: verify Jetson Orin NX 16GB / 100 TOPS.
- Sensors: confirm exact depth-camera and LiDAR part numbers when your software stack depends on them.
- Battery: confirm 9000 mAh quick-release battery and charger.
- Development stack: confirm current SDK, ROS 2, simulator and hand-control requirements.
- Firmware: verify current firmware and security-update status.
- Warranty: Unitree’s current G1 EDU family reference is 18 months.
- Shipping: confirm freight, insurance, customs, taxes and import clearance.
- Support: define integration, training and teleoperation requirements before purchase.
Need a five-finger G1 research quotation?
Send the delivery country, quantity, manipulation goals, tactile requirements and development workflow so the correct U5 package can be confirmed.
Watch the Official Unitree G1 Introduction
This official Unitree video demonstrates the broader G1 family rather than the exact U5 hand package. Use the U5 specification sections above for configuration-specific purchasing decisions.
Unitree G1 Ultimate C Documentation and Development Links
Unitree G1 Ultimate C U5 FAQ
Answers to high-intent questions about price, 41 DOF, Inspire five-finger hands, compute and development access.
How much does the Unitree G1 Ultimate C cost?
AI Robot Supplier currently lists Unitree G1 Ultimate C at $34,140. Current specialist U5 listings range from approximately $56,900 to $67,900 before destination-specific freight, taxes and other costs.
How many degrees of freedom does G1EDU-U5 have?
The commonly sold G1 EDU Ultimate C U5 configuration has 41 total DOF: 29 body DOF plus two 6-DOF Inspire RH56DFQ hands.
Does Unitree G1 Ultimate C have five-finger hands?
Yes. U5 uses bilateral Inspire RH56DFQ five-finger dexterous hands.
Does the U5 five-finger hand have tactile sensors?
U5 uses the RH56DFQ hand tier, which is generally sold without the dedicated tactile-array package of the RH56DFTP used on U6. Buyers needing tactile sensing should compare Ultimate D / U6.
How many DOF does each Inspire hand have?
Current RH56DFQ specifications list 6 active degrees of freedom across 12 mechanical joints per hand.
What compute does G1 Ultimate C use?
This AI Robot Supplier U5 configuration includes NVIDIA Jetson Orin NX 16GB at 100 TOPS alongside the G1 platform’s 8-core primary CPU.
Does Unitree G1 Ultimate C support secondary development?
Yes. U5 belongs to the G1 EDU family, which Unitree officially marks as supporting secondary development.
What sensors are on G1 Ultimate C?
Unitree officially specifies depth camera + 3D LiDAR for G1 EDU. Current U5 commercial packages commonly list Livox MID-360 and Intel RealSense D435i, but exact sensor part numbers should be confirmed on the supplied robot.
How long does the G1 Ultimate C battery last?
Unitree lists approximately two hours from the 9000 mAh quick-release battery. Real runtime varies with locomotion, hand activity, AI compute workload and operating conditions.
What is the difference between U5 and U6?
Both are 41-DOF five-finger G1 EDU configurations. U5 uses Inspire RH56DFQ hands; U6 uses Inspire RH56DFTP hands with tactile sensing.
What is the difference between U3 and U5?
U3 uses Unitree Dex3-1 three-finger hands with 7 DOF per hand for 43 total robot DOF. U5 uses Inspire five-finger hands with 6 DOF per hand for 41 total DOF.
Are there security advisories for G1 EDU?
Yes. CVE-2026-76639 and CVE-2026-76640 were published for Unitree G1 EDU firmware through version 1.5.2. Buyers should verify current firmware and available security updates before deployment.
Can Unitree G1 Ultimate C be shipped internationally?
International B2B shipment can be arranged for approved destinations subject to freight, insurance, customs, local regulations and the final commercial terms.
Procurement Support for Unitree G1 Ultimate C
Model, hands, compute, sensors, firmware and supplied accessories can be confirmed before order approval.
Destination-specific pricing can document the exact U5 package, freight and delivery responsibilities.
Export packing, freight, insurance and shipment documentation can be coordinated for approved destinations.
Compare U5 against U2, Dex3-1 tiers, tactile U6 and BrainCo configurations before selecting the platform.
Buy Unitree G1 Ultimate C With the Correct U5 Configuration
Send your delivery country, quantity, manipulation goals, tactile requirements and research workflow to confirm the current $34,140 listing, availability and exact supplied package.
