Tactile grasp research
U6 is the stronger choice when the robot must detect and respond to physical contact at the hand.
Unitree R1 EDU Pro D Humanoid Robot (R1 EDU U6)
$18,756
Unitree R1 EDU Pro D (R1 EDU U6) is the tactile-manipulation configuration in this R1 EDU range. It combines the 26-DOF R1 body with two BrainCo Revo 2 Touch five-finger dexterous hands, tactile sensing and NVIDIA Jetson Orin compute specified at 100 TOPS. Manufacturer model / part number: R1-EDU-U6.
U6 is intended for advanced grasping, contact-rich manipulation and embodied-AI research where touch feedback matters. Published total-DOF conventions for the Revo 2 hand can differ, so buyers should confirm the exact hand assembly and actuator count on the final quotation.
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Tactile five-finger R1
Unitree R1 EDU Pro D U6
Unitree R1 EDU Pro D U6 is designed for the most manipulation-focused work in this initial R1 cluster. The 26-DOF R1 body is paired with two BrainCo Revo 2 Touch five-finger dexterous hands and a 100-TOPS NVIDIA Jetson Orin compute tier. The key differentiator is not simply the number of fingers—it is the addition of tactile feedback for research where contact, grip and object interaction need to be sensed rather than inferred only from vision and joint position.
Some technical listings count Revo 2 hand joints differently, producing different “total DOF” headlines. For procurement, the safer specification is the exact U6 hand model and its controlled/tactile channels rather than choosing a robot from one aggregate number alone.
Revo 2 TouchFive-finger hands
TactileContact sensing
100 TOPSAI compute
Contact-rich manipulation
What U6 adds beyond a normal dexterous hand
An articulated hand such as Dex3 can open, close and position fingers, but tactile sensing adds another information channel: contact. That matters for experiments involving grip adjustment, fragile objects, surface interaction or policies that need to react when the hand actually touches something.
U6 therefore sits above R1 EDU U3 for projects where tactile manipulation is a requirement. Both configurations use the compact R1 body and 100-TOPS development tier, but their end effectors target different research questions.
DOF counting note
The R1 body itself has 26 actuated joints. Current U6 distributor specifications commonly publish 48 total actuated DOF using 11 DOF per Revo 2 Touch hand, while other hand documentation may count actively controlled joints differently. Confirm the exact supplied hand integration on the purchase order.
High-spec configuration
R1 EDU U6 price: compare the complete manipulation system
The page price represents the AI Robot Supplier U6 listing. When comparing quotations, ensure they include the same hand pair, tactile version, compute module, protective equipment and accessories. A non-tactile Revo 2 or Dex3 configuration is not equivalent to Revo 2 Touch.
Five-finger morphology
Revo 2 Touch provides a human-like five-finger end effector for richer manipulation experiments.
Development compute
100-TOPS onboard acceleration supports perception and control pipelines associated with advanced manipulation research.
Technical profile
Unitree R1 EDU Pro D U6 specifications
| Manufacturer model / part number | R1-EDU-U6 |
|---|---|
| Product / configuration | R1 EDU Pro D / U6 |
| Standing dimensions | 1230 × 357 × 190 mm |
| Weight with battery | About 29 kg |
| R1 body-joint DOF | 26 |
| Commonly published total actuated DOF | 48 with 11-DOF-per-hand counting convention |
| Leg DOF | 6 per leg |
| Arm DOF | 5 per arm |
| Waist DOF | 2 |
| Head DOF | 2 |
| Dexterous hands | 2 × BrainCo Revo 2 Touch five-finger hands |
| Tactile sensing | Yes; Touch configuration |
| Maximum arm load | About 2 kg; posture dependent |
| AI compute | NVIDIA Jetson Orin configuration specified at 100 TOPS |
| Vision | Humanoid binocular camera |
| Audio | 4-microphone array + speaker |
| Wireless | Wi-Fi 6 + Bluetooth 5.2 |
| Battery life | About 1 hour |
| Secondary development | Supported |
| Warranty reference | 12 months |
Because hand-DOF counting conventions vary across technical listings, confirm the final Revo 2 Touch model, actuator count, tactile channels and software interface in the written order.
Advanced manipulation
Applications for a tactile humanoid robot
Contact-aware grasping
Develop policies that react to touch during grasp acquisition and object handling.
Fragile-object research
Tactile input can support experiments where grip force and contact location matter to handling delicate objects.
Embodied AI manipulation
Combine binocular vision, tactile input and onboard AI compute in multimodal manipulation workflows.
Teleoperation research
Five-finger end effectors and tactile sensing can support richer studies of remote manipulation, subject to the selected software stack.
University robotics labs
A premium platform for graduate-level manipulation, sensing, controls and multimodal robotics research.
Human-object interaction studies
Investigate how humanoid hands interact with objects, tools and human-designed environments using more than visual feedback alone.
Hand-system comparison
R1 U6 vs U3 and U2
R1 EDU U2 is a fixed-hand 100-TOPS development platform. R1 EDU U3 adds two Dex3 articulated three-finger hands without tactile sensing. U6 changes the end effector to Revo 2 Touch five-finger hands with tactile capability. That makes U6 the better fit for contact-rich manipulation, while U3 may be enough for teams that primarily need articulated grasping.
For teams still deciding whether they need hand research at all, R1 EDU U1 provides a lower-cost 40-TOPS starting point.
| Feature | U3 | U6 |
|---|---|---|
| R1 body DOF | 26 | 26 |
| Published total actuated DOF | 40 | 48 |
| AI compute | 100 TOPS | 100 TOPS |
| Hands | 2 × Dex3, 7 DOF each | 2 × BrainCo Revo 2 Touch, 11 DOF each |
| Tactile sensing | No | 4-channel multimodal tactile |
| Best fit | Articulated manipulation | Contact-aware tactile manipulation |
Tactile manipulation package
What is commonly included with R1 EDU U6
A typical U6 system includes the R1 EDU U6 robot, two BrainCo Revo 2 Touch five-finger hands, quick-release battery, charger, handheld controller, transport case and protective gantry. RobotShop currently specifies 11 DOF per Revo 2 Touch hand and four-channel multimodal tactile sensing.
Two Revo 2 Touch hands
Five-finger end effectors with tactile sensing for pressure, friction, force-direction and proximity-related contact data.
48 actuated DOF
Common distributor counting combines the 26-DOF body with 11 actuated DOF per hand.
Research support hardware
Transport case and protective gantry are commonly supplied with this high-spec EDU configuration; verify final scope.
High-complexity configuration
What to validate before choosing U6
U6 adds meaningful hand complexity. Confirm the exact Revo 2 Touch revision, tactile channels, software interface and control requirements before procurement. The ~1-hour R1 battery reference still applies, and hand-intensive workloads can affect practical session duration. For projects that need articulation but not tactile feedback, U3 may be the simpler configuration.
Current U6 configuration
Unitree R1 EDU Pro D current 48-DOF specification
Unitree R1 EDU Pro D is the tactile-manipulation configuration in this R1 EDU cluster. Current specialist product documentation specifies 48 actuated DOF: 26 actuated R1 body joints plus two BrainCo Revo 2 Touch five-finger hands with 11 DOF per hand.
This is an important correction to older U6 material still indexed on the web. Some earlier listings show different total-DOF and weight figures. The current U6 configuration used here follows the updated 1,230 × 357 × 190 mm R1 body, approximately 29 kg robot weight and 48-actuated-DOF hand integration.
Tactile manipulation
Unitree R1 EDU Pro D Revo 2 Touch sensing
Unitree R1 EDU Pro D uses two Revo 2 Touch hands rather than the three-finger Dex3 hands used on U3. Current specialist documentation describes each Revo 2 Touch hand as an 11-DOF five-finger end effector with four-channel multimodal tactile sensing.
The practical difference is contact information. Tactile sensing can support research into pressure, friction, force direction, proximity and slip-aware grasp control. That makes Unitree R1 EDU Pro D the more appropriate choice when a project needs contact-rich manipulation rather than articulated finger motion alone.
AI compute and SDK
Unitree R1 EDU Pro D 100-TOPS development stack
Unitree R1 EDU Pro D is documented with the 8-core R1 platform processor plus NVIDIA Jetson Orin compute rated at 100 TOPS. The development ecosystem includes Unitree SDK2, ROS 2 workflows and simulation support, which is particularly relevant when tactile data, vision and manipulation policies must be processed together.
A typical U6 system is commonly listed with the robot, two Revo 2 Touch hands, quick-release battery, charger, handheld controller, transport case and protective gantry. Confirm the exact hand revision, tactile channels, compute module and accessories in the written order.
Unitree R1 EDU Pro D should be selected by exact configuration rather than by family name alone, because compute, hand hardware, development access and supplied accessories can materially change between variants.
Order verification
Confirm the U6 hand system before purchase
A typical U6 package is expected to include the R1 EDU U6 robot, two Revo 2 Touch hands, quick-release battery, charger, controller, transport case and protective gantry. The final quotation and packing list control what is included.
- Confirm BrainCo Revo 2 Touch, not a non-tactile hand.
- Confirm tactile channels and hand-control interface.
- Confirm 100-TOPS compute module and development access.
- Confirm batteries, gantry and transport scope.
Authoritative technical resources
Unitree R1 official platform specifications
Buyer confidence
AI Robot Supplier purchasing and delivery information
AI Robot Supplier is operated by ARTI – Autonomous Robot Technology GmbH in Austria. Product configuration, availability, included accessories, applicable warranty and delivery terms are stated on the listing or confirmed where required before order acceptance.
Review our Shipping Policy, Return & Refund Policy and company information before purchase. For multi-unit, institutional or destination-specific procurement, request a written quotation so the exact model, quantity, accessories, lead time and freight scope can be confirmed.
Technical quick answers
Unitree R1 EDU Pro D: model-specific buying answers
These quick answers summarize configuration-specific points that buyers commonly need before comparing price or requesting a quotation.
Unitree R1 EDU Pro D current DOF
The Unitree R1 EDU Pro D is currently documented with 48 actuated DOF: 26 body joints plus 11 DOF in each Revo 2 Touch hand.
Unitree R1 EDU Pro D hands
U6 uses two BrainCo Revo 2 Touch five-finger hands designed for dexterous manipulation with multimodal tactile capability.
Unitree R1 EDU Pro D tactile sensing
The Revo 2 Touch configuration is designed to provide contact-related data relevant to pressure, friction, force direction and proximity-aware manipulation.
Unitree R1 EDU Pro D AI compute
The U6 development tier is specified with NVIDIA Jetson Orin compute rated at 100 TOPS alongside the R1 platform processor.
Unitree R1 EDU Pro D developer stack
Current development references include Unitree SDK2 and ROS 2-oriented workflows for secondary development, manipulation research and system integration.
FAQ
R1 EDU Pro D U6 questions
What makes R1 EDU U6 different from U3?
U6 uses Revo 2 Touch five-finger hands with tactile sensing. U3 uses non-tactile Dex3 three-finger hands.
How many DOF does R1 U6 have?
The R1 body has 26 actuated joints. A common U6 specification publishes 48 total actuated DOF when 11 DOF per Revo 2 Touch hand are included, but hand-counting conventions can differ across technical documents.
Does U6 support secondary development?
Yes. U6 is part of the R1 EDU development family and is paired in this catalog with a 100-TOPS NVIDIA Jetson Orin compute module.
Why does tactile sensing matter?
Tactile sensing adds information about physical contact at the hand, which can be useful for grasp adjustment, contact-rich manipulation and multimodal control.
What is the U6 battery runtime?
The R1 platform reference is approximately one hour, depending on movement, compute load and hand activity.
What should be written on the purchase order?
Specify R1-EDU-U6, Revo 2 Touch hand configuration, compute module, included accessories, quantity, destination and any development-support requirements.
Why do some older Unitree R1 EDU Pro D pages show 38 DOF?
Older U6 distributor material used an earlier hand-counting/configuration description. Current specialist U6 documentation lists two 11-DOF Revo 2 Touch hands with the 26-DOF R1 body, for 48 actuated DOF.
What makes Unitree R1 EDU Pro D different from U3?
U3 uses non-tactile three-finger Dex3 hands with seven DOF per hand. U6 uses five-finger Revo 2 Touch hands with 11 DOF per hand and tactile sensing.
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