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Category: Drone Chargers
FPV Drone Battery Chargers
Drone chargers are designed for charging and managing battery packs used in FPV drones and other multirotor platforms. The category includes chargers intended primarily for LiPo and LiHV batteries with different cell counts and capacities. When selecting a charger, consider the supported battery chemistries, cell count, charging power and current, number of channels, and available balancing and charging control functions.
There are 7 products.
Four-channel VIFLY ToothStor charger and discharger for 2S LiPo and LiHV batteries with BT3.0 and JST-XH2.54 connectors. Supports charging at up to 1.5A per channel, balancing and Storage mode at 3.80V/3.85V per cell. Power input via USB-C PD3.0, XT60 or DC connector. VIFLY ToothStor
Six-channel VIFLY WhoopStor 3 charger and discharger for 1S LiPo and LiHV batteries with PH2.0 and BT2.0 connectors. Supports adjustable charging current from 0.3A to 1.3A per channel and Storage mode at 3.80V/3.85V. Power input via USB-C PD3.0, XT60 or DC connector. VIFLY WhoopStor 3
Six-channel VIFLY WhoopStor 3 charger and discharger for 1S LiPo and LiHV batteries with PH2.0 and BT2.0 connectors. Supports adjustable charging current from 0.3A to 1.3A per channel and Storage mode at 3.80V/3.85V. Red enclosure version. VIFLY WhoopStor 3
Six-channel VIFLY WhoopStor 3 charger and discharger for 1S LiPo and LiHV batteries with PH2.0 and BT2.0 connectors. Supports adjustable charging current from 0.3A to 1.3A per channel and Storage mode at 3.80V/3.85V. Black enclosure version. VIFLY WhoopStor 3
Automatic discharger designed to reduce the voltage of 2S-6S LiPo batteries to a suitable storage level. The device automatically detects the number of cells, stops discharging at 3.85 V ± 0.08 V per cell, and uses a temperature sensor and heatsink to control temperature during operation. VIFLY StoreSafe XT60.
Series charging board designed for charging from 1 to 6 1S LiPo batteries using a standard charger supporting multi-cell battery packs. The rotary switch allows the number of connected batteries to be selected, while the built-in fuse provides additional protection during charging. Version equipped with BT2.0 & PH2.0 connectors. VIFLY 1S Series Charging Board
Automatic discharger designed to reduce the voltage of 2S-6S LiPo batteries to a suitable storage level. The circuit automatically detects the number of cells, stops discharging at 3.85 V ± 0.08 V per cell and uses a temperature sensor and heatsink for temperature management during operation. VIFLY StoreSafe XT30
LiPo and LiHV Chargers for Drones
LiPo and LiHV chargers support battery packs commonly used to power drones. Charger selection requires checking the supported battery chemistry, cell count, maximum charging current and power, and available connector types.
Supported Cell Count
The supported battery range, specified using designations such as 1S, 2S, 3S, 4S, 6S, and higher, should match the batteries used in the drone. The charger must support both the battery chemistry and the number of cells connected in series within the pack.
Charging Power and Current
Charging power and maximum charging current determine the charger's ability to handle battery packs with specific capacities and voltages. Charging parameters should be set according to the battery specifications and the maximum permitted charging current specified by its manufacturer.
Cell Balancing
The balancing function allows the voltage of individual cells in a multi-cell battery pack to be monitored during charging. Chargers equipped with a balancer use the battery's balance connector to monitor and equalize the voltage of individual cells within the pack.
Single- and Multi-Channel Chargers
Single-channel chargers handle one charging process, while multi-channel designs allow several battery packs to be charged independently. When comparing multi-channel chargers, consider the maximum power and current available for each channel as well as for the entire device.
Selecting a Charger for a Drone Battery
When selecting a charger, check the battery chemistry, cell count, pack capacity, permitted charging current, and required connectors. The number of channels, balancing function, and charger power supply method should also be considered, particularly for devices requiring an external power source.