About
Description
Unitree Robotics -- Official Robotic Arm
Unitree R1-7a Professional I Robotic Arm
R1 Series Professional I 9 DOF (7+2) 0.80 lb Hand No External Cables Left/Right Versions
Official 9-DOF collaborative robotic arm system designed for the Unitree R1 humanoid robot platform. The R1-7a Professional I includes all features of the R1-7a Standard arm and comes equipped with the Dex2/5 Dexterous Hand. With 9 total degrees of freedom (7 arm joints + 2 dexterous hand DOF across 10 joints: 8 passive finger joints + 2 active thumb joints), ultra-lightweight 0.80 lb (365 g) hand, and no external cabling between dexterous hand and body, it provides a clean, compact, and highly reliable manipulation solution. Available in left-arm and right-arm mirror-image versions.
9
Total DOF
44.3 lb·ft
Max Arm Torque
0.80 lb
Hand Weight
10
Hand Joints
2.25 lbf
Fingertip Force
12 mo
Warranty
Professional I -- Compact & Reliable Design: The R1-7a Professional I features the Dex2/5 Dexterous Hand with a unique minimalist architecture: 2 active DOF (thumb) and 8 passive joints (four fingers) across 10 total joints. At just 0.80 lb (365 g), it is one of the lightest dexterous hands in the R1-7a lineup. The no-external-cabling design between hand and body delivers a clean, compact, and highly reliable solution -- ideal for applications where cable management and long-term durability are critical.
Product Overview
The Unitree R1-7a Professional I Robotic Arm is a compact 9-DOF manipulation system designed for the Unitree R1 humanoid robot platform. Building on the proven R1-7a Standard arm with its 7 degrees of freedom and 44.3 lb·ft (60 N·m) maximum joint torque, the Professional I variant adds the Dex2/5 Dexterous Hand as standard equipment, bringing the total system to 9 degrees of freedom (7 arm joints + 2 dexterous hand DOF distributed across 10 joints).
The arm features low-inertia high-speed inner-rotor PMSM bionic joint motors with high torque and high burst output, housed in a lightweight metal body with engineering plastic components. The integrated Dex2/5 dexterous hand features a minimalist architecture with 2 active DOF (thumb), 8 passive joints (four fingers), 2.25 lbf (10 N) fingertip force, and ultra-lightweight 0.80 lb (365 g) construction. A key differentiator is the no-external-cabling between dexterous hand and body design, delivering a clean, compact, and highly reliable integration. Each arm joint utilizes dual encoders for precise feedback. Supports flexible mounting (upright, side, inverted) and offers high-speed 485 communication for the arm.
9-DOF Complete System
7 arm joints plus 2 dexterous hand DOF (8 passive finger joints + 2 active thumb joints) deliver a compact, reliable manipulation solution. Dex2/5 hand included.
Dex2/5 Dexterous Hand
Minimalist five-finger hand with 2 active DOF, 10 joints (8 passive + 2 active), 0.80 lb (365 g) weight, 2.25 lbf (10 N) fingertip force, and 24-58V operation.
No External Cabling
Clean, compact design with no external cables between dexterous hand and body. Eliminates cable wear, snagging, and maintenance issues for high reliability.
44.3 lb·ft (60 N·m) Torque
7 independent joints driven by low-inertia high-speed inner-rotor PMSM bionic joint motors. High burst output enables robust manipulation and dynamic humanoid tasks.
Dual Encoder Per Joint
Each of the 7 arm motors is equipped with a dual encoder system for redundant, high-resolution position feedback and reliable closed-loop control.
High-Speed 485 Communication
High-speed 485 communication protocol for the arm. Robust, noise-resistant protocol suitable for humanoid robot integration and industrial environments.
Dex2/5 Dexterous Hand
The R1-7a Professional I comes equipped with the Dex2/5 Dexterous Hand, providing a minimalist, highly reliable manipulation solution:
Dex2/5 Dexterous Hand -- Standard Equipment
- Type: Five-finger dexterous hand (no tactile sensing, no wrist camera).
- DOF: 2 active degrees of freedom (thumb).
- Joints: 10 total joints -- 8 joints for four fingers (passive), 2 joints for thumb (active).
- Dimensions: 5.94" x 2.64" x 2.76" (151 x 67 x 70 mm) -- compact form factor optimized for humanoid integration.
- Weight: 0.80 lb (365 g) -- ultra-lightweight design minimizes arm payload requirements.
- Operating Voltage: 24-58V DC -- matches arm power bus for simplified integration.
- Fingertip Force: 2.25 lbf (10 N) -- consistent force delivery for precision manipulation.
- No External Cabling: Clean, compact design with no external cables between hand and body for maximum reliability.
No External Cabling Design
The Dex2/5 dexterous hand features a no external cabling architecture between the hand and arm body, providing significant reliability advantages:
Clean, Compact & Highly Reliable
- Eliminated Cable Wear: No external cables means no cable fatigue, fraying, or breakage over time -- critical for long-term reliability in continuous operation.
- No Snagging Risk: Clean external profile eliminates cable snagging hazards during manipulation, especially important in cluttered workspaces.
- Reduced Maintenance: Fewer connection points and no external cable management required, reducing maintenance intervals and downtime.
- Compact Integration: Streamlined hand-to-arm interface reduces overall system envelope, enabling operation in tighter workspaces.
- Improved Aesthetics: Clean, professional appearance suitable for demonstration, research, and commercial deployment environments.
- Enhanced Durability: Internal signal and power routing protects connections from environmental exposure, dust, and accidental damage.
Five-Finger Architecture
The Dex2/5 features a five-finger architecture with 2 active DOF (thumb) and 8 passive joints (four fingers) across 10 total joints, enabling adaptive grasping with minimal actuation complexity:
Thumb (2 Active Joints)
Two active joints provide opposable thumb motion for precision pinch grasps and power grasps. Primary actuated element of the hand.
Four Fingers (8 Passive Joints)
Two passive joints per finger (index, middle, ring, pinky) enable adaptive conforming grasp. Fingers passively wrap around objects during thumb opposition.
Adaptive Grasping
Passive finger joints automatically conform to object shape during thumb closure, enabling versatile grasping of various object geometries with minimal control complexity.
2.25 lbf (10 N) Fingertip Force
Consistent 2.25 lbf (10 N) fingertip force enables secure grasping of lightweight to medium-weight objects while maintaining safe interaction.
Simplified Control
Only 2 active DOF to control reduces computational complexity and simplifies integration with humanoid robot control systems.
10 Total Joints
10 joints distributed across five fingers (8 passive + 2 active) provide mechanical compliance and adaptive grasping capability.
Left/Right Arm Mirror Configuration
The R1-7a Professional I is available in left-arm and right-arm versions, specifically designed for bimanual humanoid robot integration:
Left-Arm & Right-Arm Mirror Versions
- Mirror-Image Design: Left and right arms are precise mirror images of each other, enabling symmetrical bimanual manipulation for humanoid robot applications.
- Default Right-Arm SKU: For single-arm applications, the default configuration is the right-arm SKU. Specify left-arm when required for your application.
- Bimanual Integration: Designed for seamless integration with the Unitree R1 humanoid robot platform, supporting coordinated dual-arm manipulation tasks.
- Selection Guidance: When left/right distinction is required, select per actual needs. Both versions share identical technical specifications and performance characteristics.
Control System & Interfaces
The R1-7a Professional I provides comprehensive real-time control and flexible integration options for humanoid robot applications:
Arm Communication Protocol
High-speed 485 communication interface for the arm. Robust, noise-resistant protocol suitable for humanoid robot integration and industrial environments.
Total DOF
9 DOF (7 arm joints + 2 dexterous hand DOF across 10 joints). Simplified control architecture with 2 active hand DOF.
Control Methods
SDK and host computer control for seamless integration with humanoid robot control systems and research platforms.
Operating Temperature
Wide operating range of -4°F to 122°F (-20°C to 50°C). Ensures reliable performance in diverse environmental conditions.
What's Included (Per Arm)
Each R1-7a Professional I Robotic Arm package contains the following components:
| Arm | R1-7a Robotic Arm Unit | Complete 7-DOF robotic arm assembly with low-inertia high-speed inner-rotor PMSM motors, dual encoders, and industrial crossed-roller bearings. Specify left or right arm version. |
| Hand | Dex2/5 Dexterous Hand (x1) | Standard equipment -- Dex2/5 five-finger dexterous hand with 2 active DOF, 10 joints (8 passive + 2 active), 0.80 lb (365 g) weight, 2.25 lbf (10 N) fingertip force, no external cabling. |
| Accessory Kit | Power & Data Module Kit (x1) | Power and data module accessory kit for integration with humanoid robot systems. Power must be supplied by user via XT30 port. |
| Documentation | Development Documentation | Comprehensive development documentation, SDK reference, API documentation, and ecosystem support materials. |
Important Notes
- Left/Right arm selection: The R1-7a comes in left-arm and right-arm versions (mirror images). For single-arm applications, default is right-arm SKU. Specify left-arm when required.
- Dex2/5 hand: Five-finger dexterous hand with 2 active DOF (thumb), 10 total joints (8 passive finger joints + 2 active thumb joints), 0.80 lb (365 g) weight, and 2.25 lbf (10 N) fingertip force.
- No tactile sensing: This hand does not include tactile sensors. Force estimation must be implemented through motor current feedback if required.
- No wrist camera: Unlike Professional E/F/G/H variants, this model does not include a wrist camera. External vision systems required for visual feedback.
- No external cabling: Clean design with no external cables between dexterous hand and body -- improves reliability and reduces maintenance.
- Power adapter NOT included: Power must be supplied by user via XT30 port (24V-60V). Ensure your power supply can handle the 700W peak load.
- Hand operating voltage: 24-58V DC -- compatible with arm power bus for simplified integration.
- Communication interfaces: Arm uses high-speed 485. Ensure compatibility with your humanoid robot communication system.
- Technical support: Excellent technical support and comprehensive development documentation provided. Full ecosystem support for humanoid robot integration.
- 12-month warranty: 12-month warranty on the entire unit. Warranty covers manufacturing defects and normal operational use.
Technical Specifications
| Product Name | R1-7a Professional I Robotic Arm |
| Product Series | Unitree R1 Humanoid Robot Arm |
| Arm Version | Left-arm or Right-arm (mirror images, default right-arm for single-arm applications) |
| Total Degrees of Freedom | 9 (7 arm joints + 2 dexterous hand DOF) |
| Arm Joint Motors | Low-inertia high-speed inner-rotor PMSM; bionic joint motor with high torque and high burst output |
| Max Joint Torque | 44.3 lb·ft (60 N·m) |
| Joint Feedback | Dual encoders |
| Hand Model | Dex2/5 Dexterous Hand |
| Hand DOF (Active) | 2 (thumb) |
| Hand Joints | 10 total (8 joints for four fingers [passive], 2 joints for thumb [active]) |
| Hand Dimensions | 5.94" x 2.64" x 2.76" (151 x 67 x 70 mm) |
| Hand Weight | 0.80 lb (365 g) |
| Hand Operating Voltage | 24-58V DC |
| Fingertip Force | 2.25 lbf (10 N) |
| Tactile Sensing | None |
| Wrist Camera | Not included |
| External Cabling (Hand-to-Body) | None -- clean, compact, highly reliable design |
| Arm Communication Protocol | High-speed 485 |
| Mounting Options | Upright, side, inverted |
| Supply Voltage | 24 V to 60 V DC |
| Power Consumption | Peak power 700 W; typical power ≤ 50 W |
| Operating Temperature | -4°F to 122°F (-20°C to 50°C) |
| Accessory Kit | Power & data module accessory kit x1 included |
| Warranty | 12-month warranty on the entire unit |
* Specifications are based on manufacturer data and may vary slightly by production batch.
* The R1-7a Professional I includes all features of the R1-7a Standard arm plus the Dex2/5 dexterous hand.
* Left/right arm versions available (mirror images). Default is right-arm SKU for single-arm applications.
* Dex2/5 hand features no tactile sensing and no wrist camera. External vision systems required for visual feedback.
* No external cabling between dexterous hand and body -- clean, compact, and highly reliable design.
* Power adapter NOT included. Power must be supplied by user via XT30 port (24V-60V). Peak power: 700W.
* Hand specifications: 2 active DOF (thumb), 10 total joints (8 passive + 2 active), 0.80 lb (365 g) weight, 2.25 lbf (10 N) fingertip force, 24-58V operating voltage.
* Secondary development requires advanced programming skills and familiarity with multi-DOF robotics control.
* Unitree is a registered trademark of Unitree Robotics.
Description
Unitree Robotics -- Official Robotic Arm
Unitree R1-7a Professional I Robotic Arm
R1 Series Professional I 9 DOF (7+2) 0.80 lb Hand No External Cables Left/Right Versions
Official 9-DOF collaborative robotic arm system designed for the Unitree R1 humanoid robot platform. The R1-7a Professional I includes all features of the R1-7a Standard arm and comes equipped with the Dex2/5 Dexterous Hand. With 9 total degrees of freedom (7 arm joints + 2 dexterous hand DOF across 10 joints: 8 passive finger joints + 2 active thumb joints), ultra-lightweight 0.80 lb (365 g) hand, and no external cabling between dexterous hand and body, it provides a clean, compact, and highly reliable manipulation solution. Available in left-arm and right-arm mirror-image versions.
9
Total DOF
44.3 lb·ft
Max Arm Torque
0.80 lb
Hand Weight
10
Hand Joints
2.25 lbf
Fingertip Force
12 mo
Warranty
Professional I -- Compact & Reliable Design: The R1-7a Professional I features the Dex2/5 Dexterous Hand with a unique minimalist architecture: 2 active DOF (thumb) and 8 passive joints (four fingers) across 10 total joints. At just 0.80 lb (365 g), it is one of the lightest dexterous hands in the R1-7a lineup. The no-external-cabling design between hand and body delivers a clean, compact, and highly reliable solution -- ideal for applications where cable management and long-term durability are critical.
Product Overview
The Unitree R1-7a Professional I Robotic Arm is a compact 9-DOF manipulation system designed for the Unitree R1 humanoid robot platform. Building on the proven R1-7a Standard arm with its 7 degrees of freedom and 44.3 lb·ft (60 N·m) maximum joint torque, the Professional I variant adds the Dex2/5 Dexterous Hand as standard equipment, bringing the total system to 9 degrees of freedom (7 arm joints + 2 dexterous hand DOF distributed across 10 joints).
The arm features low-inertia high-speed inner-rotor PMSM bionic joint motors with high torque and high burst output, housed in a lightweight metal body with engineering plastic components. The integrated Dex2/5 dexterous hand features a minimalist architecture with 2 active DOF (thumb), 8 passive joints (four fingers), 2.25 lbf (10 N) fingertip force, and ultra-lightweight 0.80 lb (365 g) construction. A key differentiator is the no-external-cabling between dexterous hand and body design, delivering a clean, compact, and highly reliable integration. Each arm joint utilizes dual encoders for precise feedback. Supports flexible mounting (upright, side, inverted) and offers high-speed 485 communication for the arm.
9-DOF Complete System
7 arm joints plus 2 dexterous hand DOF (8 passive finger joints + 2 active thumb joints) deliver a compact, reliable manipulation solution. Dex2/5 hand included.
Dex2/5 Dexterous Hand
Minimalist five-finger hand with 2 active DOF, 10 joints (8 passive + 2 active), 0.80 lb (365 g) weight, 2.25 lbf (10 N) fingertip force, and 24-58V operation.
No External Cabling
Clean, compact design with no external cables between dexterous hand and body. Eliminates cable wear, snagging, and maintenance issues for high reliability.
44.3 lb·ft (60 N·m) Torque
7 independent joints driven by low-inertia high-speed inner-rotor PMSM bionic joint motors. High burst output enables robust manipulation and dynamic humanoid tasks.
Dual Encoder Per Joint
Each of the 7 arm motors is equipped with a dual encoder system for redundant, high-resolution position feedback and reliable closed-loop control.
High-Speed 485 Communication
High-speed 485 communication protocol for the arm. Robust, noise-resistant protocol suitable for humanoid robot integration and industrial environments.
Dex2/5 Dexterous Hand
The R1-7a Professional I comes equipped with the Dex2/5 Dexterous Hand, providing a minimalist, highly reliable manipulation solution:
Dex2/5 Dexterous Hand -- Standard Equipment
- Type: Five-finger dexterous hand (no tactile sensing, no wrist camera).
- DOF: 2 active degrees of freedom (thumb).
- Joints: 10 total joints -- 8 joints for four fingers (passive), 2 joints for thumb (active).
- Dimensions: 5.94" x 2.64" x 2.76" (151 x 67 x 70 mm) -- compact form factor optimized for humanoid integration.
- Weight: 0.80 lb (365 g) -- ultra-lightweight design minimizes arm payload requirements.
- Operating Voltage: 24-58V DC -- matches arm power bus for simplified integration.
- Fingertip Force: 2.25 lbf (10 N) -- consistent force delivery for precision manipulation.
- No External Cabling: Clean, compact design with no external cables between hand and body for maximum reliability.
No External Cabling Design
The Dex2/5 dexterous hand features a no external cabling architecture between the hand and arm body, providing significant reliability advantages:
Clean, Compact & Highly Reliable
- Eliminated Cable Wear: No external cables means no cable fatigue, fraying, or breakage over time -- critical for long-term reliability in continuous operation.
- No Snagging Risk: Clean external profile eliminates cable snagging hazards during manipulation, especially important in cluttered workspaces.
- Reduced Maintenance: Fewer connection points and no external cable management required, reducing maintenance intervals and downtime.
- Compact Integration: Streamlined hand-to-arm interface reduces overall system envelope, enabling operation in tighter workspaces.
- Improved Aesthetics: Clean, professional appearance suitable for demonstration, research, and commercial deployment environments.
- Enhanced Durability: Internal signal and power routing protects connections from environmental exposure, dust, and accidental damage.
Five-Finger Architecture
The Dex2/5 features a five-finger architecture with 2 active DOF (thumb) and 8 passive joints (four fingers) across 10 total joints, enabling adaptive grasping with minimal actuation complexity:
Thumb (2 Active Joints)
Two active joints provide opposable thumb motion for precision pinch grasps and power grasps. Primary actuated element of the hand.
Four Fingers (8 Passive Joints)
Two passive joints per finger (index, middle, ring, pinky) enable adaptive conforming grasp. Fingers passively wrap around objects during thumb opposition.
Adaptive Grasping
Passive finger joints automatically conform to object shape during thumb closure, enabling versatile grasping of various object geometries with minimal control complexity.
2.25 lbf (10 N) Fingertip Force
Consistent 2.25 lbf (10 N) fingertip force enables secure grasping of lightweight to medium-weight objects while maintaining safe interaction.
Simplified Control
Only 2 active DOF to control reduces computational complexity and simplifies integration with humanoid robot control systems.
10 Total Joints
10 joints distributed across five fingers (8 passive + 2 active) provide mechanical compliance and adaptive grasping capability.
Left/Right Arm Mirror Configuration
The R1-7a Professional I is available in left-arm and right-arm versions, specifically designed for bimanual humanoid robot integration:
Left-Arm & Right-Arm Mirror Versions
- Mirror-Image Design: Left and right arms are precise mirror images of each other, enabling symmetrical bimanual manipulation for humanoid robot applications.
- Default Right-Arm SKU: For single-arm applications, the default configuration is the right-arm SKU. Specify left-arm when required for your application.
- Bimanual Integration: Designed for seamless integration with the Unitree R1 humanoid robot platform, supporting coordinated dual-arm manipulation tasks.
- Selection Guidance: When left/right distinction is required, select per actual needs. Both versions share identical technical specifications and performance characteristics.
Control System & Interfaces
The R1-7a Professional I provides comprehensive real-time control and flexible integration options for humanoid robot applications:
Arm Communication Protocol
High-speed 485 communication interface for the arm. Robust, noise-resistant protocol suitable for humanoid robot integration and industrial environments.
Total DOF
9 DOF (7 arm joints + 2 dexterous hand DOF across 10 joints). Simplified control architecture with 2 active hand DOF.
Control Methods
SDK and host computer control for seamless integration with humanoid robot control systems and research platforms.
Operating Temperature
Wide operating range of -4°F to 122°F (-20°C to 50°C). Ensures reliable performance in diverse environmental conditions.
What's Included (Per Arm)
Each R1-7a Professional I Robotic Arm package contains the following components:
| Arm | R1-7a Robotic Arm Unit | Complete 7-DOF robotic arm assembly with low-inertia high-speed inner-rotor PMSM motors, dual encoders, and industrial crossed-roller bearings. Specify left or right arm version. |
| Hand | Dex2/5 Dexterous Hand (x1) | Standard equipment -- Dex2/5 five-finger dexterous hand with 2 active DOF, 10 joints (8 passive + 2 active), 0.80 lb (365 g) weight, 2.25 lbf (10 N) fingertip force, no external cabling. |
| Accessory Kit | Power & Data Module Kit (x1) | Power and data module accessory kit for integration with humanoid robot systems. Power must be supplied by user via XT30 port. |
| Documentation | Development Documentation | Comprehensive development documentation, SDK reference, API documentation, and ecosystem support materials. |
Important Notes
- Left/Right arm selection: The R1-7a comes in left-arm and right-arm versions (mirror images). For single-arm applications, default is right-arm SKU. Specify left-arm when required.
- Dex2/5 hand: Five-finger dexterous hand with 2 active DOF (thumb), 10 total joints (8 passive finger joints + 2 active thumb joints), 0.80 lb (365 g) weight, and 2.25 lbf (10 N) fingertip force.
- No tactile sensing: This hand does not include tactile sensors. Force estimation must be implemented through motor current feedback if required.
- No wrist camera: Unlike Professional E/F/G/H variants, this model does not include a wrist camera. External vision systems required for visual feedback.
- No external cabling: Clean design with no external cables between dexterous hand and body -- improves reliability and reduces maintenance.
- Power adapter NOT included: Power must be supplied by user via XT30 port (24V-60V). Ensure your power supply can handle the 700W peak load.
- Hand operating voltage: 24-58V DC -- compatible with arm power bus for simplified integration.
- Communication interfaces: Arm uses high-speed 485. Ensure compatibility with your humanoid robot communication system.
- Technical support: Excellent technical support and comprehensive development documentation provided. Full ecosystem support for humanoid robot integration.
- 12-month warranty: 12-month warranty on the entire unit. Warranty covers manufacturing defects and normal operational use.
Technical Specifications
| Product Name | R1-7a Professional I Robotic Arm |
| Product Series | Unitree R1 Humanoid Robot Arm |
| Arm Version | Left-arm or Right-arm (mirror images, default right-arm for single-arm applications) |
| Total Degrees of Freedom | 9 (7 arm joints + 2 dexterous hand DOF) |
| Arm Joint Motors | Low-inertia high-speed inner-rotor PMSM; bionic joint motor with high torque and high burst output |
| Max Joint Torque | 44.3 lb·ft (60 N·m) |
| Joint Feedback | Dual encoders |
| Hand Model | Dex2/5 Dexterous Hand |
| Hand DOF (Active) | 2 (thumb) |
| Hand Joints | 10 total (8 joints for four fingers [passive], 2 joints for thumb [active]) |
| Hand Dimensions | 5.94" x 2.64" x 2.76" (151 x 67 x 70 mm) |
| Hand Weight | 0.80 lb (365 g) |
| Hand Operating Voltage | 24-58V DC |
| Fingertip Force | 2.25 lbf (10 N) |
| Tactile Sensing | None |
| Wrist Camera | Not included |
| External Cabling (Hand-to-Body) | None -- clean, compact, highly reliable design |
| Arm Communication Protocol | High-speed 485 |
| Mounting Options | Upright, side, inverted |
| Supply Voltage | 24 V to 60 V DC |
| Power Consumption | Peak power 700 W; typical power ≤ 50 W |
| Operating Temperature | -4°F to 122°F (-20°C to 50°C) |
| Accessory Kit | Power & data module accessory kit x1 included |
| Warranty | 12-month warranty on the entire unit |
* Specifications are based on manufacturer data and may vary slightly by production batch.
* The R1-7a Professional I includes all features of the R1-7a Standard arm plus the Dex2/5 dexterous hand.
* Left/right arm versions available (mirror images). Default is right-arm SKU for single-arm applications.
* Dex2/5 hand features no tactile sensing and no wrist camera. External vision systems required for visual feedback.
* No external cabling between dexterous hand and body -- clean, compact, and highly reliable design.
* Power adapter NOT included. Power must be supplied by user via XT30 port (24V-60V). Peak power: 700W.
* Hand specifications: 2 active DOF (thumb), 10 total joints (8 passive + 2 active), 0.80 lb (365 g) weight, 2.25 lbf (10 N) fingertip force, 24-58V operating voltage.
* Secondary development requires advanced programming skills and familiarity with multi-DOF robotics control.
* Unitree is a registered trademark of Unitree Robotics.
Unitree
by
Unitree
Unitree R1-7a Professional I Robotic Arm
SKU:
R1-7A-PROFESSIONAL-I-ARM
- Regular price
- $3,749.00
- Sale price
- $3,749.00
- Regular price
-
Shipping calculated at checkout.
Providing the best new Tech Experience, Energy Independence and Robotics Ways of Optimisation
Providing the best new Tech Experience, Energy Independence and Robotics Ways of Optimisation
Packaging note:
Equipment is being supplied in a manufacturer packaging
