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Category: Drone Batteries
FPV Drone Batteries
Drone batteries supply power to the propulsion system, flight controller, ESCs, and other onboard electronics. The category includes battery packs designed for FPV drones and other multirotor platforms, selected according to cell count, capacity, discharge rate, weight, and connector type. Battery parameters affect the available supply voltage, propulsion system performance, flight time, and final drone weight.
There are 8 products.
Set of 2 Flywoo Explorer LiHV batteries with 1000mAh capacity, 2S1P configuration and 80C discharge rate. Full-charge voltage is 8.7V, storage voltage is 7.6V, and the power connector uses the XT30UP standard. Flywoo EX2S1000
Set of 2 Flywoo Explorer LiHV batteries with 750mAh capacity, 2S1P configuration and 80C discharge rate. Full-charge voltage is 8.7V, storage voltage is 7.6V, each pack weighs approximately 35.4g, and the power connector uses the XT30UP standard. Flywoo EX2S750
Set of 2 Flywoo Explorer LiHV batteries with 750mAh capacity, 4S1P configuration and 80C discharge rate. Nominal voltage is 15.2V, each pack weighs approximately 66.9g, and the connectors include XT30UP for discharge and JST-XHP-5P for charging and balancing. Flywoo EX750
Set of 4 LiHV 1S batteries with a capacity of 450 mAh, a maximum charging voltage of 4.35 V, and an 80C discharge rate, designed for small FPV drones. The batteries feature an A30 discharge plug and 20AWG silicone wires. Flywoo FW19002150
Set of 2 Flywoo Explorer LiHV batteries with 420mAh capacity, 2S1P configuration and 80C discharge rate. Full-charge voltage is 8.7V, each pack weighs approximately 21.6g, and the power connector uses the XT30UP standard. Flywoo EX2S420
Set of 2 Flywoo Explorer LiHV batteries with 550mAh capacity, 2S1P configuration and 80C discharge rate. Full-charge voltage is 8.7V, storage voltage is 7.6V, each pack weighs approximately 26.5g, and the power connector uses the XT30UP standard. Flywoo EX2S550
Flywoo Explorer LiHV battery with 900mAh capacity, 4S1P configuration and 80C discharge rate. Nominal voltage is 15.2V, weight is approximately 90.7g, and the connectors include XT30UP for power and JST-XHP-5P for charging and balancing. Flywoo Explorer 900mAh 4S
Set of 4 LiHV 1S batteries with a capacity of 750 mAh, a maximum charging voltage of 4.35 V, and an 80C discharge rate, designed for small FPV drones. The batteries feature an A30 discharge plug and 20AWG silicone wires. Flywoo FW19002151
LiPo Batteries for Drones
LiPo battery packs are used in drone power systems requiring high current delivery while keeping battery weight low. The main parameters to consider when selecting a battery include cell count, capacity, C discharge rating, weight, and pack dimensions.
Battery Voltage and Cell Count
Designations such as 1S, 2S, 3S, 4S, 6S, and higher indicate the number of cells connected in series and therefore determine the pack voltage. The cell count should be matched to the motors, ESC, and other components of the drone's power system.
Drone Battery Capacity
Capacity, specified in mAh, indicates the amount of energy available during operation. A higher capacity can extend flight time but also increases the weight and usually the dimensions of the battery pack, requiring appropriate selection for a specific drone configuration.
Battery Discharge Rate
The C rating specifies the battery pack's ability to deliver current to the propulsion system. The battery should provide sufficient current for the combined demand of the motors and ESCs, including periods of rapid thrust increase.
Drone Battery Connectors
The connector type should match the drone's power wiring and the expected current load. Drone battery packs commonly use XT30, XT60, and smaller connectors designed for lightweight FPV platforms.
Selecting a Battery for a Drone
When selecting a battery pack, consider the supported voltage of the ESC and motors, required current, capacity, weight, dimensions, and connector type. The battery should also fit within the space provided by the frame and remain within the weight range intended for the specific propulsion system configuration.