Unitree R1 Remote Controller
    Unitree R1 Remote Controller
Unitree R1 Remote Controller
Unitree R1 Remote Controller
    Unitree R1 Remote Controller
Unitree R1 Remote Controller

About

Description

Unitree Robotics — Official Accessory

Unitree R1 Remote Controller

Official wireless remote controller for the Unitree R1 humanoid robot. Features dual communication via a data transmission module and Bluetooth, 5 hours of continuous operating time, and a reliable control range of 100 meters or more. Compact, lightweight, and designed for intuitive robot teleoperation.

5V
Charging
Dual
Comm Method
5h
Runtime
100m+
Range
R1
Compatible

Product Overview

The Unitree R1 Remote Controller is the official wireless control device for the Unitree R1 humanoid robot. Designed for intuitive teleoperation, it provides reliable, low-latency command transmission over dual communication pathways. With 5 hours of continuous operating time on a single charge and a control range of 100 meters or more, the R1 Remote is ideal for laboratory testing, demonstration scenarios, field deployments, and supervised autonomous missions where human oversight is required. The controller charges conveniently via standard 5 V USB, making it easy to keep powered using common power banks, laptop ports, or wall adapters.

Dual Communication
Supports both data transmission module and Bluetooth connectivity. Switch between protocols based on range requirements, interference conditions, or redundancy needs.
5 Hours Runtime
Built-in rechargeable battery delivers 5 hours of continuous operation — sufficient for full-day lab sessions, demonstrations, or extended field tests.
100m+ Control Range
Reliable wireless control at distances of 100 meters or more in open conditions. Maintains stable connection for safe teleoperation at meaningful distances.
5V USB Charging
Charges via standard 5 V USB. Compatible with power banks, laptop ports, USB wall adapters, and car chargers — no proprietary charging dock required.
Compact & Lightweight
Ergonomic handheld design fits comfortably in one hand. Lightweight construction minimizes fatigue during extended teleoperation sessions.
Intuitive Controls
Purpose-built button and joystick layout mapped to R1 robot locomotion, posture, and gait controls. Minimal learning curve for new operators.

Dual Communication System

The R1 Remote Controller features a versatile dual-mode communication architecture that ensures reliable connectivity across diverse operational environments:

Data Module
Data Transmission Module
Primary long-range communication link. Optimized for low-latency command transmission and telemetry feedback over extended distances.
Bluetooth
Bluetooth Wireless
Secondary short-range protocol for close-proximity control, pairing, and backup communication in RF-congested environments.
Range
100 Meters or More
Reliable control distance in open line-of-sight conditions. Sufficient for lab, warehouse, and outdoor demonstration scenarios.
Runtime
5 Hours Continuous
All-day battery life for extended testing sessions, demonstrations, and supervised autonomous missions without recharging.

Power & Charging

The R1 Remote Controller charges via standard 5 V USB, eliminating the need for proprietary charging equipment. This universal compatibility means you can recharge the controller using:

  • USB Power Banks — Recharge in the field between missions.
  • Laptop / Desktop USB Ports — Charge while working at your workstation.
  • USB Wall Adapters — Standard phone chargers work perfectly.
  • USB Car Chargers — Top up during transport between sites.
  • USB Hubs & Docking Stations — Integrate into your existing desk setup.

Recommended Usage Scenarios

Laboratory Testing
Direct teleoperation for algorithm validation, gait tuning, and sensor calibration in controlled indoor environments.
Public Demonstrations
Safe, supervised control during exhibitions, trade shows, and educational presentations with reliable 100m+ range.
Field Deployment Oversight
Human-in-the-loop control for autonomous missions, allowing immediate manual override when unexpected conditions arise.
Research & Education
Accessible control interface for students and researchers learning humanoid robotics, locomotion, and teleoperation.

Technical Specifications

Parameter Unitree R1 Remote Controller
Charging Voltage 5 V (USB)
Communication Method Data Transmission Module + Bluetooth
Operating Time 5 hours (continuous)
Remote Control Distance 100 meters or more (line-of-sight)
Compatible Robot Unitree R1
Charging Interface USB (5 V)

* Specifications are based on manufacturer data and may vary slightly by production batch.
* This remote controller is designed for the Unitree R1 humanoid robot.
* Control range of 100 meters or more is achieved under ideal line-of-sight conditions. Actual range depends on obstacles, interference, and environmental factors.
* Operating time of 5 hours is approximate and depends on usage intensity, temperature, and battery age.
* Unitree is a registered trademark of Unitree Robotics.

Description

Unitree Robotics — Official Accessory

Unitree R1 Remote Controller

Official wireless remote controller for the Unitree R1 humanoid robot. Features dual communication via a data transmission module and Bluetooth, 5 hours of continuous operating time, and a reliable control range of 100 meters or more. Compact, lightweight, and designed for intuitive robot teleoperation.

5V
Charging
Dual
Comm Method
5h
Runtime
100m+
Range
R1
Compatible

Product Overview

The Unitree R1 Remote Controller is the official wireless control device for the Unitree R1 humanoid robot. Designed for intuitive teleoperation, it provides reliable, low-latency command transmission over dual communication pathways. With 5 hours of continuous operating time on a single charge and a control range of 100 meters or more, the R1 Remote is ideal for laboratory testing, demonstration scenarios, field deployments, and supervised autonomous missions where human oversight is required. The controller charges conveniently via standard 5 V USB, making it easy to keep powered using common power banks, laptop ports, or wall adapters.

Dual Communication
Supports both data transmission module and Bluetooth connectivity. Switch between protocols based on range requirements, interference conditions, or redundancy needs.
5 Hours Runtime
Built-in rechargeable battery delivers 5 hours of continuous operation — sufficient for full-day lab sessions, demonstrations, or extended field tests.
100m+ Control Range
Reliable wireless control at distances of 100 meters or more in open conditions. Maintains stable connection for safe teleoperation at meaningful distances.
5V USB Charging
Charges via standard 5 V USB. Compatible with power banks, laptop ports, USB wall adapters, and car chargers — no proprietary charging dock required.
Compact & Lightweight
Ergonomic handheld design fits comfortably in one hand. Lightweight construction minimizes fatigue during extended teleoperation sessions.
Intuitive Controls
Purpose-built button and joystick layout mapped to R1 robot locomotion, posture, and gait controls. Minimal learning curve for new operators.

Dual Communication System

The R1 Remote Controller features a versatile dual-mode communication architecture that ensures reliable connectivity across diverse operational environments:

Data Module
Data Transmission Module
Primary long-range communication link. Optimized for low-latency command transmission and telemetry feedback over extended distances.
Bluetooth
Bluetooth Wireless
Secondary short-range protocol for close-proximity control, pairing, and backup communication in RF-congested environments.
Range
100 Meters or More
Reliable control distance in open line-of-sight conditions. Sufficient for lab, warehouse, and outdoor demonstration scenarios.
Runtime
5 Hours Continuous
All-day battery life for extended testing sessions, demonstrations, and supervised autonomous missions without recharging.

Power & Charging

The R1 Remote Controller charges via standard 5 V USB, eliminating the need for proprietary charging equipment. This universal compatibility means you can recharge the controller using:

  • USB Power Banks — Recharge in the field between missions.
  • Laptop / Desktop USB Ports — Charge while working at your workstation.
  • USB Wall Adapters — Standard phone chargers work perfectly.
  • USB Car Chargers — Top up during transport between sites.
  • USB Hubs & Docking Stations — Integrate into your existing desk setup.

Recommended Usage Scenarios

Laboratory Testing
Direct teleoperation for algorithm validation, gait tuning, and sensor calibration in controlled indoor environments.
Public Demonstrations
Safe, supervised control during exhibitions, trade shows, and educational presentations with reliable 100m+ range.
Field Deployment Oversight
Human-in-the-loop control for autonomous missions, allowing immediate manual override when unexpected conditions arise.
Research & Education
Accessible control interface for students and researchers learning humanoid robotics, locomotion, and teleoperation.

Technical Specifications

Parameter Unitree R1 Remote Controller
Charging Voltage 5 V (USB)
Communication Method Data Transmission Module + Bluetooth
Operating Time 5 hours (continuous)
Remote Control Distance 100 meters or more (line-of-sight)
Compatible Robot Unitree R1
Charging Interface USB (5 V)

* Specifications are based on manufacturer data and may vary slightly by production batch.
* This remote controller is designed for the Unitree R1 humanoid robot.
* Control range of 100 meters or more is achieved under ideal line-of-sight conditions. Actual range depends on obstacles, interference, and environmental factors.
* Operating time of 5 hours is approximate and depends on usage intensity, temperature, and battery age.
* Unitree is a registered trademark of Unitree Robotics.

Unitree by Unitree

Unitree R1 Remote Controller

Regular price
$370.00
Sale price
$370.00
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

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