High Capacity and Voltage:
The battery pack provides a nominal voltage of 22.2V (6 cells in series) with a large capacity of 8400mAh, ensuring longer flight times and consistent power delivery for demanding drone applications.

6S2P Configuration:
The pack consists of 6 series-connected cells, each pair connected in parallel (2 cells per group). This setup balances voltage and capacity while enabling high discharge rates suitable for power-intensive drone motors.

Powerful Discharge Capability:
Supports a continuous discharge current of 80A and can handle peak bursts up to 100A, enabling drones to perform aggressive maneuvers and lift heavier payloads without voltage sag.

Premium Molicel P42A Cells:
Utilizes high-quality lithium-ion cylindrical 21700 cells known for excellent energy density, high discharge rates, and thermal stability, which improves safety and performance.

Low Internal Resistance:
The battery cells have low internal resistance, which reduces energy loss during high current draw and minimizes heat buildup, enhancing efficiency and safety during operation.

Durability and Long Cycle Life:
Designed for over 500 charge and discharge cycles, this battery pack maintains performance over extended use, making it reliable for frequent drone flights.

Robust Safety Construction:
The battery pack is engineered to resist puffing, swelling, and overheating, common issues with lower-quality packs, thereby improving operational safety.

Wide Operating Temperature Range:
Suitable for charging and discharging in temperatures ranging from -20°C up to 60°C, making it versatile for use in various environmental conditions.

Quality Connectors:
Equipped with a 7-pin JST-XH balance charging connector and an Amass XT60 discharge connector for secure, efficient power and charging connections.

Compact and Lightweight:
Despite its high capacity and power, the battery pack is designed to be compact (approx. 125mm x 70mm x 50mm) and lightweight (around 880 grams), allowing easy integration into drones without significantly affecting flight dynamics.