Graphene Lithium Drone Battery: 14.8V 1000mAh 75C Power with XT60 Plug

This XF Power drone battery provides a 14.8V 1000mAh power source built for high-performance flight applications. Its designation as a 4S battery indicates a four-cell configuration, while the 75C continuous discharge rating signifies its ability to deliver substantial current consistently, a key requirement for FPV racing quadcopters during aggressive throttle inputs and manoeuvres. The inclusion of graphene technology in its construction is noted, though the exact composition is not specified. With a compact footprint of 29x34x56mm, it is designed to fit into tight drone frames, and the integrated XT60 plug ensures a secure, reliable connection compatible with a wide range of drone electronic speed controllers (ESCs).

Features and Construction

This battery combines specific electrical specifications with practical physical design for drone use. Its feature set is centred around delivering reliable power in a package suited to the space constraints and performance demands of modern quadcopters.

Material and Build

The battery utilises a graphene lithium construction. While the source does not detail the percentage of graphene or compare it to standard LiPo batteries, graphene is generally associated with improved conductivity and thermal management. The battery incorporates overcharge protection circuitry, a critical safety feature that helps prevent damage and potential hazards by monitoring cell voltage. The outer casing and specific internal components are not described beyond the standard colour finish.

Size and Practical Fit

With dimensions of 29mm in width, 34mm in depth, and 56mm in height, this battery offers a relatively compact form factor. This size allows it to be mounted within or on the frames of many racing and freestyle drones without adding excessive bulk or weight, which is crucial for maintaining agile flight characteristics. The specific weight is not provided, but the small physical size suggests a focus on power density.

Uses and Placement

This battery is tailored for specific types of drone flight that demand high, sustained power output. Its specifications point towards applications where consistent voltage under load is more important than maximum flight duration alone.

Event or Professional Use

The high 75C discharge rate makes this battery suitable for competitive FPV racing, where pilots require instantaneous power for rapid acceleration out of turns and through straightaways. It is also applicable for freestyle drone pilots who perform complex, power-intensive tricks. The 1000mAh capacity provides a balance between power delivery and a reasonable flight time for such intensive use, allowing for several minutes of aggressive flying per charge, though exact flight times depend on the drone's motor and propeller setup.

Everyday Home Use

For hobbyists and enthusiasts flying similar performance-oriented quadcopters, this battery offers a reliable power unit. Its compatibility with systems using XT60 connectors and 14.8V (4S) input makes it a direct replacement or upgrade option for many ready-to-fly (RTF) and custom-built drones. The overcharge protection adds a layer of safety for home charging setups.

Benefits and Buying Value

The value of this battery lies in its combination of performance specifications, safety features, and physical design, all derived from the provided source information.

Reuse and Low Maintenance

As a rechargeable lithium battery, it is designed for multiple charge cycles. Adherence to the recommended storage temperature range of 0-30°C helps maintain battery health and longevity between uses. The built-in protection circuit aids in preventing common misuse scenarios that can shorten a battery's life, such as overcharging.

Why Choose This Product

This battery is chosen for its specific 75C discharge capability and compact 29x34x56mm size, which are concrete differentiators. It fits a clear need for drone operators whose models require a 14.8V 4S battery with an XT60 connector and can utilise a high-current power source. The inclusion of graphene technology and overcharge protection are noted features, though their performance impact relative to other batteries is not quantified in the source material.