About
Description
Upper-Body VR Control for Humanoid Robot Interaction
Configure immersive VR control capabilities that allow operators to control humanoid robot arms and hands through mapped upper-body movements.
Avatar Teleoperation — Upper-Body enables manipulation workflows, demonstrations, training, and research scenarios without requiring a full-body teleoperation setup.
Bring Human Dexterity to Robotic Manipulation
Avatar Teleoperation — Upper-Body connects operator movements with compatible humanoid robot upper-body functions through VR-based control.
The configuration enables teams to explore robotic manipulation, human-robot interaction, and skill transfer workflows by adapting existing robot capabilities for specific applications.
Supported Humanoid Platforms
| Platform | Compatibility |
|---|---|
| Unitree G1-D | Supported |
| Unitree G1 U1 | Supported |
| Unitree G1 EDU U2 | Supported |
| Unitree R1 EDU U2 | Supported |
Important:
Compatible humanoid robot hardware is not included in the configuration price.
Key Capabilities:
Upper-Body Motion Mapping
Maps operator upper-body movements to compatible humanoid robot actions, supporting controlled arm and hand interaction.
VR-Based Robot Control
Provides an immersive operator interface for controlling robotic manipulation workflows.
Arm Control
Enables mapped control of humanoid robot arms for interaction and manipulation scenarios.
Hand & Grasping Support
Supports robotic hand control and assisted grasping workflows depending on the installed robot configuration.
Demonstration & Training Workflows
Allows teams to demonstrate robotic capabilities and capture operator-driven interaction scenarios.
Session Recording & Replay
Capture and review teleoperation sessions for training, analysis, and research purposes.
What's Included:
01
VR teleoperation setup
VR teleoperation setup
02
Upper-body motion mapping configuration
Upper-body motion mapping configuration
03
Controller and tracking setup
Controller and tracking setup
04
Robot compatibility assessment
Robot compatibility assessment
05
System calibration support
System calibration support
06
Deployment preparation guidance
Deployment preparation guidance
How It Works:
1. Compatibility review
Futurology evaluates robot configuration, supported hardware, and intended application requirements.
2. VR calibration & control setup
Configure tracking devices, upper-body motion mapping, and operational parameters.
3. Manipulation testing
Validate arm movement, interaction workflows, and control response in a supervised environment.
4. Deployment preparation
Prepare the configured workflow for research, education, demonstrations, or approved applications.
Hardware Requirements:
| Category | Requirements |
|---|---|
| Required |
|
| Recommended |
|
| Customer-Provided |
|
Use Cases:
Research Labs
Explore human-robot motion transfer, teleoperation workflows, and robotic behavior studies.
Robotics Education
Provide students with hands-on experience in humanoid robot control and interaction.
Demonstration Teams
Create immersive experiences showcasing humanoid robot capabilities.
Training & Simulation
Record and analyze operator sessions for learning and evaluation.
Safety Requirements:
- Controlled indoor environments with defined safety zones
- Trained operator/instructor required at all times
- Clear E-stop points (robot, operator, supervising operator)
- Internet teleoperation limited to latency-tolerant tasks with network pre-qualification
Ongoing Support:
Keep Your Robotic Workflow Optimized
Futurology provides optional ongoing support to help maintain and optimize Avatar Teleoperation deployments.
Support may include:
- Configuration adjustments
- Technical reviews
- Deployment reassessment after hardware or environment changes
- Workflow optimization
Support retainer: $499/month
FAQ:
1. Which robots does Avatar Teleoperation support?
Avatar Teleoperation is configured and tested for compatible Unitree humanoid platforms, including G1 U1, G1 EDU U2, and R1 EDU U2 variants.
2. Which VR headsets can I use?
Supported VR headsets include PICO and Meta Quest devices. Compatibility is confirmed during the technical review process.
3. What's the difference between local and internet teleoperation?
Local teleoperation allows the operator and robot to operate in the same physical environment and network.
Internet teleoperation enables remote operation over a network connection but requires evaluation of latency, bandwidth, and stability.
4. What network quality is required?
Network requirements depend on the deployment scenario. Futurology evaluates latency, bandwidth, and connection stability during technical review.
5. How do safety boundaries and emergency stops work?
Safety zones are configured during setup to define operating limits. Emergency stop controls remain available to the operator, supervising personnel, and the robot system.
6. Can students use Avatar Teleoperation in classrooms?
Yes. Avatar Teleoperation can support educational scenarios when operated with trained supervision and appropriate safety configuration.
7. What tasks are suitable for Avatar Teleoperation?
Suitable scenarios include:
- Demonstrations
- Motion data collection
- Training
- Research workflows
- Telepresence
- Controlled inspection scenarios
The system is not intended for hazardous or unsupervised operations.
8. How does session recording work?
Teleoperation sessions can be recorded for analysis, training, and research. Storage and data management depend on the customer’s infrastructure.
9. What happens if the robot or environment changes?
A technical reassessment may be required if robot configuration, firmware, hardware setup, or operating environment changes.
Description
Upper-Body VR Control for Humanoid Robot Interaction
Configure immersive VR control capabilities that allow operators to control humanoid robot arms and hands through mapped upper-body movements.
Avatar Teleoperation — Upper-Body enables manipulation workflows, demonstrations, training, and research scenarios without requiring a full-body teleoperation setup.
Bring Human Dexterity to Robotic Manipulation
Avatar Teleoperation — Upper-Body connects operator movements with compatible humanoid robot upper-body functions through VR-based control.
The configuration enables teams to explore robotic manipulation, human-robot interaction, and skill transfer workflows by adapting existing robot capabilities for specific applications.
Supported Humanoid Platforms
| Platform | Compatibility |
|---|---|
| Unitree G1-D | Supported |
| Unitree G1 U1 | Supported |
| Unitree G1 EDU U2 | Supported |
| Unitree R1 EDU U2 | Supported |
Important:
Compatible humanoid robot hardware is not included in the configuration price.
Key Capabilities:
Upper-Body Motion Mapping
Maps operator upper-body movements to compatible humanoid robot actions, supporting controlled arm and hand interaction.
VR-Based Robot Control
Provides an immersive operator interface for controlling robotic manipulation workflows.
Arm Control
Enables mapped control of humanoid robot arms for interaction and manipulation scenarios.
Hand & Grasping Support
Supports robotic hand control and assisted grasping workflows depending on the installed robot configuration.
Demonstration & Training Workflows
Allows teams to demonstrate robotic capabilities and capture operator-driven interaction scenarios.
Session Recording & Replay
Capture and review teleoperation sessions for training, analysis, and research purposes.
What's Included:
01
VR teleoperation setup
VR teleoperation setup
02
Upper-body motion mapping configuration
Upper-body motion mapping configuration
03
Controller and tracking setup
Controller and tracking setup
04
Robot compatibility assessment
Robot compatibility assessment
05
System calibration support
System calibration support
06
Deployment preparation guidance
Deployment preparation guidance
How It Works:
1. Compatibility review
Futurology evaluates robot configuration, supported hardware, and intended application requirements.
2. VR calibration & control setup
Configure tracking devices, upper-body motion mapping, and operational parameters.
3. Manipulation testing
Validate arm movement, interaction workflows, and control response in a supervised environment.
4. Deployment preparation
Prepare the configured workflow for research, education, demonstrations, or approved applications.
Hardware Requirements:
| Category | Requirements |
|---|---|
| Required |
|
| Recommended |
|
| Customer-Provided |
|
Use Cases:
Research Labs
Explore human-robot motion transfer, teleoperation workflows, and robotic behavior studies.
Robotics Education
Provide students with hands-on experience in humanoid robot control and interaction.
Demonstration Teams
Create immersive experiences showcasing humanoid robot capabilities.
Training & Simulation
Record and analyze operator sessions for learning and evaluation.
Safety Requirements:
- Controlled indoor environments with defined safety zones
- Trained operator/instructor required at all times
- Clear E-stop points (robot, operator, supervising operator)
- Internet teleoperation limited to latency-tolerant tasks with network pre-qualification
Ongoing Support:
Keep Your Robotic Workflow Optimized
Futurology provides optional ongoing support to help maintain and optimize Avatar Teleoperation deployments.
Support may include:
- Configuration adjustments
- Technical reviews
- Deployment reassessment after hardware or environment changes
- Workflow optimization
Support retainer: $499/month
FAQ:
1. Which robots does Avatar Teleoperation support?
Avatar Teleoperation is configured and tested for compatible Unitree humanoid platforms, including G1 U1, G1 EDU U2, and R1 EDU U2 variants.
2. Which VR headsets can I use?
Supported VR headsets include PICO and Meta Quest devices. Compatibility is confirmed during the technical review process.
3. What's the difference between local and internet teleoperation?
Local teleoperation allows the operator and robot to operate in the same physical environment and network.
Internet teleoperation enables remote operation over a network connection but requires evaluation of latency, bandwidth, and stability.
4. What network quality is required?
Network requirements depend on the deployment scenario. Futurology evaluates latency, bandwidth, and connection stability during technical review.
5. How do safety boundaries and emergency stops work?
Safety zones are configured during setup to define operating limits. Emergency stop controls remain available to the operator, supervising personnel, and the robot system.
6. Can students use Avatar Teleoperation in classrooms?
Yes. Avatar Teleoperation can support educational scenarios when operated with trained supervision and appropriate safety configuration.
7. What tasks are suitable for Avatar Teleoperation?
Suitable scenarios include:
- Demonstrations
- Motion data collection
- Training
- Research workflows
- Telepresence
- Controlled inspection scenarios
The system is not intended for hazardous or unsupervised operations.
8. How does session recording work?
Teleoperation sessions can be recorded for analysis, training, and research. Storage and data management depend on the customer’s infrastructure.
9. What happens if the robot or environment changes?
A technical reassessment may be required if robot configuration, firmware, hardware setup, or operating environment changes.
Futurology Tech
by
Futurology Tech
Avatar Teleoperation — Upper-Body
- Regular price
- $2,999.00
- Sale price
- $2,999.00
- 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
