22000mah 6S High C-rate Lipo Battery (dimension figure)

22000mah 8S High C-rate Lipo Battery (dimension figure)

22000mah 12S High C-rate Lipo Battery (dimension figure)

22000mAh series

The 22000mAh High C-rate LiPo is a mainstream capacity used for heavy-lift and long-endurance UAVs. Suitable for 6S / 12S / 14S configurations, it supports high thrust, large payloads, and extended mission durations.

Key Features

● High thrust output suitable for heavy-lift missions

● Long endurance (25–50 minutes)

● Widely compatible with industrial platforms

● Ideal for LiDAR aerial mapping

Quick Inquiry

Model	Capacity	Voltage	Discharge Rate	Energy	Charge Cut-off Voltage	Discharge Cut-off Voltage	Weight	Dimensions (TWL mm)
ENP220002S25-HCR	22000mah	2S 7.4V	25C	162.8Wh	8.4V	7.2V	853.3g(+15g)	23.690200
ENP220003S25-HCR	22000mah	3S 11.1V	25C	244.2Wh	12.6V	10.8V	1280g(+15g)	34.490200
ENP220004S25-HCR	22000mah	4S 14.8V	25C	325.6Wh	16.8V	14.4V	1706.6g(+15g)	45.290200
ENP220006S25-HCR	22000mah	6S 22.2V	25C	488.4Wh	25.2V	21.6V	2560g(+15g)	6490200
ENP220008S25-HCR	22000mah	8S 29.6V	25C	651.2Wh	33.6V	28.8V	3413.3g(+15g)	88.490200
ENP2200012S25-HCR	22000mah	12S 44.4V	25C	976.8Wh	50.4V	43.2V	5120g(+15g)	131.690200
ENP2200014S25-HCR	22000mah	14S 51.8V	25C	1139.6Wh	58.8V	50.4V	5973.1g(+15g)	153.290200

Typical Applications

Heavy-lift drones (3–10kg payload)

Mid/large logistics UAVs

Large agricultural spraying drones

Oil, forest, and powerline inspection

LiDAR surveying systems

Professional cinema UAVs

System Compatibility

Motors: 5010–6012 class

Frames: 700mm–900mm

Flight Controllers: Enterprise-grade FCs

Best for

Companies that require industrial-grade drones with high load capacity and long flight duration
Commercial platform providers integrating mapping LiDAR as the main component
Commercial aerial photography and film-grade drone teams

CONTACT US

If you would like to inquire about product pricing, place an order, or have any other questions, please feel free to fill out the form or contact us through the following methods.