Battery & Charger

This 1200W battery charger has two-channel 600W independent output, supports charging up to 6S LiPo, LiHV batteries. And it is easy to operate, the optimized heat dissipation design avoids excessive heat. Specifications:Input Voltage: AC 110 V or 220...

The UP1200AC PLUS is a specialized charger designed for big drones with dual channels for LiPo/LiHV batteries. It allows you to charge and store two 6-12S LiPo/LiHV battery packs simultaneously, making it convenient with its "one-button charge" function...

The UP1200+ is a charger that features a color display screen, allowing users to easily view and monitor the charging status of their batteries. The display provides essential information such as the charging current, battery voltage, battery capacity,...

UP1200AC DUO is specifically designed for dual channels LiPo/LiHV charger of big drones, it can charge & storage 2pcs LiPo/LiHV battery packs simultaneously, with “one-button charge” function, easy to use. In addition, UP1200AC Duo has...

Foxtech 22.2V 6S 36500mAh li-ion battery weights only 3260g with max 3C discharge, which is a suitable option for long-endurance drones. Your purchase includes:1x Foxtech 6S 36500mAh Li-ion Battery

Foxtech 22.2V 6S 12500mAh Li-ion Battery has 3C continuous discharge current, which is suitable for long flying time multicopter, such as Foxtech Hover 1 quadcopter that can fly over 1 hour. Your purchase includes:1x Foxtech 6S 12500mAh Li-ion Battery

Foxtech 6s 12000mah Li-po battery is for RC, multicopter, helicopter and airplane, which features long cycle life and safety guarantee. Your Purchase Includes:1x Foxtech 6s 12000mAh Lipo Battery

Tattu Plus 6s 22000mAh battery is a smart battery specially designed for UAV.  It has an amazing battery management system (BMS), which will smartly manage your battery and extend your battery using life.  Highlight:Battery status indicate...

Tattu 6S 12000mAh High Voltage LiPo battery is designed to hold a voltage of 4.35v per cell instead of the standard 4.2v per cell, which brings more power to your aircraft for better overall performance and longer running time. Highlights:High Quality,...

Your Purchase Includes:1x TATTU 6S 5000mAh 22.2V 45C High Discharge Lipo Battery

TATTU 22.8V 6S 25000mAh 10C High Voltage Lipo Battery is designed to hold a voltage of 4.35v per cell instead of the standard 4.2v per cell, which brings more power to your aircraft for better overall performance and longer running time. Your Purchase...

Note: Please contact sales before placing your order. The Diamond Pro 310wh/kg high energy density solid-state Li-ion battery features high-energy density solid-state Li-ion batteries with solid-state single cells. These batteries offer exceptionally...

UP2800-14S is specifically designed for dual channels LiPo/LiHV charger of big drones, it can charge & storage 2pcs of 6-14S LiPo/LiHV battery packs simultaneously. The UP2800-14S supports both 220 V discharge and 110 V discharge with different power...

THEA 220MP drone's endurance is unmatched, thanks to the 18s 32000mAh HV modular battery. With a payload of 20kg, it can hover for an impressive 40 minutes, providing ample time to reach remote areas or perform multiple deliveries in a single flight.The...

This 8s 21Ah intelligent battery is for Batrotor-120 Quadcopter. The battery adopts new high-energy cells and an advanced battery management system to provide abundant and stable power for the drone. The smart battery also has...

A Krane 130 requires two batteries for operation. Specification:Rated Voltage: 25.2V (7S)Capacity: 28000 mAhEnergy Density: 252 Wh/kgWorking Voltage: 20-29.75VCharging Current: 15 A(0.5 C)Continuous Discharge Current: 80 A(3C)Charging Temperature:...

This is 16s 30AH high capacity smart battery for THEA 190MP, which enables the drone to fly for 18 minutes when fully loaded with 50kg payload. The smart battery is equipped with an advanced monitoring system that can display the battery remaining...

This intelligent charger is designed specifically for THEA 160MP smart battery. By conducting real-time data exchange with the battery, relevant information about the battery can be obtained, and the current and voltage can be adjusted accordingly using...