11.1V 2200mAh 3S1P Li-Po Rechargeable Battery Pack
The 11.1V 2200mAh 3S1P Li-Po Rechargeable Battery Pack is a high-performance and lightweight power source designed for applications that demand high discharge rates, stable voltage output, and reliable energy delivery. It is well suited for both hobbyist and professional projects where consistent power and portability are essential.

Product Description
This lithium polymer battery pack features a 3-cell (3S1P) configuration that provides a nominal voltage of 11.1V and a capacity of 2200mAh. It is commonly used in RC drones, quadcopters, robotics, RC vehicles, FPV systems, and DIY electronics projects. Manufactured using high-quality Li-Po cells, the battery delivers excellent power efficiency, long cycle life, and dependable performance even under demanding operating conditions. Its compact and lightweight design makes it ideal for portable and aerial applications.

Key Features
The battery operates at a nominal voltage of 11.1V using a 3S1P configuration and offers a capacity of 2200mAh for balanced runtime and power output. It is based on lithium polymer technology, providing high energy density and strong discharge capability for high-power and high-speed devices. The lightweight and compact form factor makes it suitable for drones and mobile systems. It delivers stable voltage output to ensure consistent performance of connected devices. The pack is built with durable, high-quality cells for extended service life. Connector types such as XT60, JST, or T-Plug may vary by model. The battery is rechargeable and compatible with Li-Po balance chargers, with balance charging recommended for safety and longevity.

Applications
This Li-Po battery pack is widely used in RC drones, quadcopters, and airplanes where reliable and lightweight power is critical. It is suitable for FPV racing drones that require high discharge rates. The battery is commonly used in RC cars and boats, as well as in robotics and automation projects. It is ideal for DIY electronics and embedded systems, including powering Arduino and Raspberry Pi setups. Additionally, it is well suited for servo-driven robotic systems that require stable and consistent voltage output.