2200mAh 4S 60C FPV LiPo Battery
Built around a 14.8V 4S1P platform, this 2200mah 4s 60c fpv lipo battery combines 2200mAh capacity with 60C output. The selection focus is additional energy reserve for endurance-oriented FPV platforms. Before ordering, confirm voltage compatibility, continuous and peak current demand, battery-bay dimensions, allowable weight and connector against the target RC or FPV platform.
Voltage: 14.8V
·Configuration: 4S1P
·Capacity: 2200mAh
·Discharge Rate: 60C
·Energy: 32.56Wh
·Weight: TBD
·Dimensions: TBD
·Connector: XT60
2200mAh 4S1P Battery Overview
The 2200mAh 4S 60C FPV LiPo Battery uses 14.8V, 4S1P, 2200mAh and 60C; its published physical data are TBD and TBD. These values define the starting point for fit and electrical compatibility, not a guarantee that the pack suits every model.
The product is positioned around additional energy reserve for endurance-oriented FPV platforms. Buyers should compare the pack with the equipment manual, ESC and motor limits, battery tray, connector, center-of-gravity requirement and expected load profile. Typical application directions include Long-Range FPV Cruisers, Aerial-Imaging FPV Platforms, Custom Multirotor Projects.
Compatibility and Selection Notes
Confirm five items before ordering this pack: the platform must support 14.8V; its current demand must remain within the confirmed discharge specification; the battery bay must accept TBD; the system must tolerate TBD; and the installed connector must match XT60. Also check cable direction, polarity and balance-lead access. Where a field is marked TBD, request the drawing or a sample before approving production.
2200mAh 4S1P Key Specifications
Applications for Long-Range FPV Cruisers
Long-Range FPV Cruisers
Long-Range FPV Cruisers can be considered where the platform supports 14.8V and the pack fits the available space and weight budget. The published 2200mAh capacity and 60C rating help define the electrical envelope, but final suitability still depends on actual current demand and the equipment manufacturer's limits.
Aerial-Imaging FPV Platforms
For Aerial-Imaging FPV Platforms, check the effect of TBD pack weight and TBD dimensions on installation, balance and handling. Use the product specification to shortlist the pack, then confirm connector, cable routing and expected load before a sample test.
Custom Multirotor Projects
Custom Multirotor Projects require a measured approach: verify voltage, battery-bay dimensions, connector and continuous/peak current first. A sample evaluation under the real duty cycle is more reliable than assuming that capacity or C-rate alone will deliver a specific operating time.
