
B2 Two-handed Remote Control
Delivery
Contact Customer Service for detailed delivery info.
Customs & Taxes
Customers are responsible for all applicable duties, taxes, and import clearance fees in accordance with local regulations.

B2 Two-handed Remote Control
Product Description
Unitree B2 Two-Handed Remote Control
High-Endurance Dual-Hand Controller for Reliable Robot Operation
The Unitree B2 Two-Handed Remote Control is a purpose-built, long-duration controller engineered to provide stable, responsive, and intuitive command over the Unitree B2 and other compatible robotic platforms. Designed for field testing, research environments, and high-mobility robotics operations, this controller offers professional-grade wireless communication, extended runtime, and ergonomic two-handed control for precise maneuvering.
With robust wireless performance exceeding 100 meters and a power-efficient design supporting up to 4.5 hours of uninterrupted use, the Unitree B2 remote is ideal for laboratories, outdoor robotics demonstrations, and mission-critical teleoperation scenarios.
Key Features & Benefits
-
Long Battery Life for Extended Missions
Designed for durability and field reliability, the controller supports up to 4.5 hours of continuous operation—ideal for training sessions, testing cycles, and full-day robotics workflows.
-
Wide-Range Wireless Communication
Equipped with a stable 2.4GHz digital transmission module plus Bluetooth connectivity, enabling smooth control with a remote range of over 100 meters in open environments.
-
Reliable Power & Fast Charging
Supports standard 5V / 2A charging for convenient powering using common adapters, power banks, or on-site mobile stations.
-
Optimized for Unitree B2 Robotics
Tailored for professional robotic operations—offering precise two-handed control ideal for locomotion, balance adjustments, real-time teleoperation, and advanced maneuver execution.
-
Stable Digital Transmission
The integrated digital communication system ensures low-latency response and high-signal stability, supporting smooth and safe robot control in dynamic conditions.
-
Built for Research & Field Deployment
Robust, efficient, and easy to integrate into academic, industrial, and enterprise robotics workflows—perfect for long-term use and repeated testing cycles.