XF Power 14.8V 1000mAh 75C Graphene LiPo Battery for High-Performance Drones

Designed for the rigours of FPV flying and drone racing, this 4S LiPo battery from XF Power combines a 1000mAh capacity with a substantial 75C continuous discharge rating. This specification is tailored to deliver the high, sustained current draw required for aggressive throttle punches and rapid manoeuvres without significant voltage sag. The battery uses lithium polymer chemistry enhanced with graphene additives, a construction aimed at improving overall power delivery and efficiency under load. Its compact form factor, measuring just 29mm x 34mm x 56mm, allows it to be mounted in tight drone frames where space is at a premium, making it a practical power solution for a wide range of quadcopter and fixed-wing models.

Technical Specifications and Build

This battery provides a clear set of parameters for pilots to match against their drone's power system requirements. Its specifications define its performance envelope and physical compatibility.

Voltage, Capacity and Discharge Rate

The battery is configured as a 4-cell series (4S) pack, providing a nominal voltage of 14.8V, which is a common standard for many performance-oriented drone builds. It offers a capacity of 1000mAh, providing a balance between flight time and pack weight. The key performance figure is its 75C continuous discharge rating. This high C-rating indicates the battery can theoretically deliver up to 75 amps continuously (1000mAh x 75C = 75A), supporting ESCs and motors that demand high burst and sustained current.

Physical Dimensions and Connector

With external dimensions of 29mm in width, 34mm in depth, and 56mm in height, this battery is designed for compact installation. This size allows it to fit into constrained battery bays or under-the-body mounts on many popular drone frames. It comes pre-fitted with a standard XT60 plug, a widely adopted connector in the RC hobby for its robust current-carrying capacity and secure connection, ensuring compatibility with a vast array of drone electronic speed controllers (ESCs).

Application and Suitability

This battery's specifications make it suited to specific segments of the radio-control flying hobby where power-to-weight ratio and current delivery are critical.

FPV and Racing Drone Use

The combination of high voltage (14.8V), high discharge rate (75C), and compact size makes this battery ideal for FPV (First-Person View) freestyle and racing drones. These aircraft require instant throttle response and minimal power sag during complex manoeuvres to maintain control and speed. The 1000mAh capacity offers a typical flight duration suitable for intense, short-to-medium length racing heats or freestyle sessions.

General High-Performance RC Flight

Beyond multirotors, this 4S LiPo pack is also applicable to other high-performance RC aircraft, such as certain fixed-wing aerobatic models or helicopters that are designed to operate on a 4S power system. Pilots should always verify their model's specified voltage range, physical battery compartment size, and current requirements to ensure compatibility before use.

Practical Usage and Maintenance

To ensure longevity and safe operation, following basic LiPo battery care practices is essential. The provided specifications offer guidance for proper handling.

Storage and Safety Features

The manufacturer specifies an optimal storage temperature range of 0-30 degrees Celsius. Storing the battery within this range when not in use helps to preserve cell health and minimise capacity loss over time. The battery includes overcharge protection circuitry, a critical safety feature that helps prevent dangerous overcharging situations when used with a compatible smart charger.

Why This Battery is a Practical Choice

For pilots seeking a ready-to-use power pack for a 4S drone build, this battery offers a clear set of matched specifications: high discharge for performance, a practical capacity, and a compact size for easy installation. The inclusion of a common XT60 plug and built-in protection circuits provides out-of-the-box usability and a degree of safety. Its value lies in this combination of performance-oriented specs and user-friendly features tailored for the demands of modern drone flying.