XF Power 14.8V 1000mAh 75C 4S graphene drone battery for high-performance RC flight

Designed for drone enthusiasts and FPV pilots, this lithium polymer battery combines a 14.8V (4S) configuration with a 1000mAh capacity to provide substantial energy for agile quadcopters and aircraft. Its standout feature is the high 75C continuous discharge rating, which is engineered to deliver strong current to powerful brushless motors without significant voltage drop, supporting aggressive manoeuvres and consistent performance. The integration of graphene technology is noted to contribute to the cell's power density and efficiency. Supplied with a secure XT60 connector and built-in overcharge protection, it offers a practical power solution focused on performance and basic safety for your model.

Features and Construction

This battery is built around specific, stated specifications that define its use case and compatibility. The following details its core attributes and physical build.

Material and Build

The battery utilises graphene-enhanced lithium polymer cells, a technology cited for its potential benefits in conductivity and thermal management within RC power systems. The external casing is a rigid plastic shell that houses the cells and protection circuitry. The inclusion of an overcharge protection function is a stated safety feature that helps prevent damage during charging cycles when used with a compatible charger. The overall construction is geared towards providing a reliable power pack for demanding aerial applications.

Size and Practical Fit

With precise dimensions of 29mm in width, 34mm in height, and 56mm in length, this battery has a defined rectangular form factor. These measurements are crucial for users to verify it will fit within their specific drone's battery bay or mounting straps before purchase. Its compact size and 4S configuration make it suitable for many mid-sized racing or freestyle FPV drones where space and weight distribution are key considerations for flight characteristics.

Uses and Placement

This battery is intended for applications requiring a balance of capacity and high discharge capability. Its specifications guide its ideal placement within the RC hobby.

Event or Professional Use

For competitive drone racing or professional aerial filming where consistent, burst power is essential, the 75C discharge rate and 14.8V output can help ensure the motors respond quickly to throttle inputs. The 1000mAh capacity offers a practical flight duration for timed races or specific filming sequences, making it a suitable component in a pilot's toolkit where performance parameters are clearly defined by the hardware.

Everyday Home Use

For hobbyists flying freestyle or conducting practice sessions, this battery provides a robust power source that can handle varied flight styles. The overcharge protection adds a layer of safety for home charging setups. Its standard colour and XT60 plug make it a straightforward replacement or upgrade battery for many popular drone models used in recreational flying, provided the dimensional fit is correct.

Benefits and Buying Value

The value of this battery lies in its stated specifications and how they translate to practical use, alongside considerations for its care.

Reuse and Low Maintenance

The product's longevity is influenced by user maintenance. Adhering to the provided storage guideline of keeping the battery between 0–30°C when not in use can help preserve cell health. Using a proper LiPo charger and routinely checking the physical condition of the plug and casing are low-risk, material-based practices that support extended use across many flight cycles.

Why Choose This Product

This battery presents a clear set of metrics: a 14.8V 1000mAh 75C output in a 29x34x56mm package. For a user whose drone requires these exact specifications, it offers a direct match. The inclusion of graphene technology and overcharge protection are factual differentiators based on the source text. It provides a single, complete power unit designed for pilots who prioritise a defined combination of voltage, capacity, and discharge rate for their aircraft.