XF Power Graphene Drone Battery: 14.8V 1000mAh with 75C Discharge for FPV Racing

Designed for drone enthusiasts and FPV racers, this lithium battery combines graphene cell technology with a 4S (14.8V) configuration to deliver high-current power in a compact package. Its 1000mAh capacity provides a practical balance for flight sessions, while the 75C continuous discharge rating ensures the battery can meet the sudden power demands of aggressive manoeuvres and rapid throttle changes. The inclusion of overcharge protection adds a fundamental safety layer, and the pre-fitted XT60 plug offers straightforward compatibility with a wide range of drone electronic speed controllers (ESCs) and power distribution boards. With dimensions of 29x34x56mm, it is engineered to fit within the constrained battery compartments of many racing and freestyle quadcopter frames.

Features and Construction

This battery's specification is centred on delivering reliable, high-output power for radio-controlled aviation. The key figures—14.8V, 1000mAh, and 75C—define its core electrical performance, determining compatibility with 4S drone systems and its ability to supply substantial current.

Material and Build

The battery utilises lithium polymer (LiPo) chemistry augmented with graphene. This material is incorporated to improve the internal conductivity of the cells, which can help maintain voltage stability under the high current loads typical in drone flight, potentially reducing voltage sag during peak demand. The external construction is designed to house these cells securely, with the XT60 plug soldered directly to the power leads, providing a robust and common connection standard in the hobby.

Size and Practical Fit

With precise external measurements of 29mm in width, 34mm in depth, and 56mm in height, this battery has a defined physical footprint. This compact size is a critical differentiator, as it allows the battery to be mounted on or within frames where space is limited, a common requirement for agile FPV drones and mini quadcopters. The specific dimensions enable users to check fitment against their model's battery tray or strap configuration before purchase.

Uses and Placement

The 14.8V 4S voltage is a standard for intermediate to advanced drone setups, powering brushless motors for acrobatic flight, racing, and aerial filming. Its performance profile makes it suitable for pilots seeking a blend of power and reasonable flight time.

Event or Professional Use

In competitive FPV racing or organised freestyle events, consistent battery performance is crucial. The 75C discharge rating indicates the battery can deliver high current bursts necessary for rapid climbs, sharp turns, and recovery manoeuvres without significant performance drop-off. This makes it a practical component for pilots who require predictable power delivery throughout a race or performance flight session.

Everyday Home Use

For hobbyists flying in parks or designated areas, this battery offers the headroom for spirited flight. The overcharge protection provides an important safety feature for home charging, while the standard XT60 connector means it will work with many common chargers and drone models without modification. The specified 0-30°C storage guidance helps users maintain the battery during periods of non-use.

Benefits and Buying Value

The value of this battery lies in its defined specifications matching a clear use case, the integration of graphene technology for enhanced performance, and its physical compatibility with many popular drone models.

Reuse and Low Maintenance

As a rechargeable lithium polymer battery, it is designed for multiple use cycles. Adhering to the provided storage temperature guidelines (0-30°C) when the battery is not in use is the primary maintenance step to help preserve its capacity and overall health over time, alongside using a compatible balanced charger.

Why Choose This Product

This battery presents a specific combination of voltage (14.8V), capacity (1000mAh), and very high discharge rate (75C) in a compact size. Pilots looking for a battery that can fit a smaller frame while still supplying the high current demanded by performance motors will find these concrete specifications directly address that need. The inclusion of graphene technology is a stated material difference aimed at improving electrical performance under load.