Unitree AS2 extended-range battery

Unitree AS2 Extended Range Battery: Maximum endurance and reliable power for long missions

The Unitree AS2 Extended Range Battery (15,000 mAh) has been specially designed for professional users, inspection teams, and developers who cannot afford to compromise on operational time. As a high-performance energy system, this high-capacity battery doubles the range of your Unitree AS2 platform and enables long, uninterrupted field missions. Its key unique selling point (USP) lies in the combination of enormous capacity, internationally certified safety (IEC 62133-2), and an intelligent, proprietary battery management system for maximum longevity.

Highlights of the Unitree AS2 Extended Range Battery

• Enormous 15,000 mAh capacity: Guarantees maximum autonomy and extends the robot dog's runtime in field use to over 4 hours or up to 20 km of range.
• Proprietary BMS: State-of-the-art battery management system for continuous monitoring and optimization of all relevant performance parameters.
• Integrated charge indicator: Reliable power level display for quick and direct on-site monitoring of remaining capacity.
• Verified quality standards: Fully certified according to IEC 62133-2 and IS 16046 (Part 2) for the highest industrial safety requirements.

Highlights of integrated protective functions

• Storage self-discharge protection: Effectively protects cells against gradual discharge and capacity loss during longer periods of inactivity.
• Intelligent charge balancing: Integrated balancing protection ensures even charging of all cells for an extended battery service life.
• Comprehensive safety circuits: Factory-installed protection against overcharging, deep discharging, short circuits, and critical load peaks (battery load detection).

Technical specifications

Advantage for professionals: The Unitree AS2 Extended Range Battery is the essential upgrade for demanding field missions. Thanks to certified safety standards, generous capacity reserves, and intelligent protective circuits, you can minimize downtime, prevent unwanted cell degradation, and guarantee maximum productivity for your robot fleet.