This battery is designed for larger FPV platforms used for long-range flying, cinematic applications, and payload-carrying missions. Before installation, confirm that your drone can accommodate the battery size, weight, and required center-of-gravity position.

A 22.8V 6S HV battery uses high-voltage cells with a nominal voltage of 3.8V per cell, compared with 3.7V per cell for a standard 22.2V 6S LiPo battery. Make sure your charger is compatible with 6S LiHV batteries and the required charging voltage.

The higher capacity provides more onboard energy for FPV platforms where longer operating time or additional payload capability is required. Actual flight time will depend on aircraft weight, propulsion efficiency, average current draw, payload, flight speed, and flying conditions.

The XT90S connector is suitable for higher-current FPV power systems and includes an anti-spark design that helps reduce the electrical spark that can occur when connecting the battery to the aircraft.

Confirm that your aircraft supports a 6S LiHV battery, XT90S connector, battery dimensions, and battery weight. Also check motor and ESC voltage compatibility, connector polarity, center of gravity, and charger settings before use.