XF Power 14.8V 1000mAh 75C 4S graphene drone lithium battery with XT60 plug for FPV racing

This XF Power 14.8V lithium battery delivers reliable power for demanding FPV drone applications, combining 1000mAh capacity with a 75C continuous discharge rating to support sustained high-current operation during racing and freestyle flights. The 4S configuration provides the necessary voltage for compatible brushless motor systems commonly used in modern drone builds, while the integrated XT60 plug ensures stable electrical connections throughout aggressive flight manoeuvres. With compact dimensions measuring 29mm wide by 34mm deep by 56mm tall, this battery fits within constrained drone frames without compromising on power delivery.

Features and Construction

The XF Power battery incorporates graphene-enhanced lithium cells designed to handle the rigorous demands of FPV drone operation. Its construction prioritises both performance and safety, with built-in protection systems that monitor charging parameters.

Material and Build

Graphene-enhanced lithium-ion cells form the core of this battery's power delivery system, offering improved electrical conductivity compared to standard lithium polymer alternatives. The battery casing features a standard colour finish for straightforward component identification within your drone setup. Overcharge protection circuitry monitors voltage levels during charging cycles, helping to prevent cell damage from excessive voltage application.

Size and Practical Fit

With dimensions of 29mm width, 34mm depth, and 56mm height, this battery presents a compact solution for drone builds where internal space is limited. The rectangular form factor allows for efficient placement within various drone frame designs, potentially balancing weight distribution while maintaining centre of gravity. The XT60 plug connector protrudes from the battery casing at a standard orientation compatible with most drone wiring configurations.

Uses and Placement

Designed specifically for high-performance drone applications, this battery suits both competitive racing scenarios and recreational FPV flying where reliable power delivery is essential.

Event or Professional Use

During FPV racing events, the 75C continuous discharge rate provides consistent power output through demanding flight sequences, maintaining voltage stability during rapid throttle changes and aggressive manoeuvres. The 1000mAh capacity offers sufficient flight time for typical racing heats while keeping overall weight manageable for responsive handling. Professional drone pilots can rely on the battery's performance characteristics for consistent power delivery across multiple flight sessions.

Everyday Home Use

For recreational drone enthusiasts, this battery supports extended freestyle flying sessions with its balanced capacity-to-weight ratio. The 14.8V 4S configuration powers brushless motor systems common in intermediate to advanced drone builds, enabling aerobatic manoeuvres and stable hovering. Home users benefit from the straightforward XT60 connection system that simplifies battery installation and removal between flights.

Benefits and Buying Value

This battery addresses specific needs within the drone community by combining performance specifications with practical design considerations for everyday use.

Reuse and Low Maintenance

The integrated overcharge protection helps extend battery lifespan by preventing damage during charging cycles, supporting repeated use across multiple flying sessions. Storage recommendations between 0-30°C help maintain cell health during periods of non-use, potentially reducing performance degradation over time. The robust XT60 connector design withstands repeated connection and disconnection cycles common in drone operation.

Why Choose This Product

Drone builders selecting this battery gain a power solution specifically engineered for high-current applications, with discharge characteristics suited to modern FPV racing demands. The compact dimensions address space constraints in performance-oriented drone frames, while the graphene-enhanced cells offer improved conductivity over standard alternatives. This combination of specifications provides a balanced approach to drone power requirements without unnecessary compromise on either performance or practicality.