16000mah 6S High C-rate Lipo Battery (dimension figure)

16000mah 8S High C-rate Lipo Battery (dimension figure)

16000mAh series

The 16000mAh High C-rate LiPo is one of the most widely used capacities for industrial UAVs. It offers significantly longer endurance, higher stability, and enhanced payload capability compared to 12000mAh. Typical configurations include 6S / 12S / 14S, covering a broad range of professional applications.

Key Features

● Superior endurance for 20–40 minute missions

● Strong compatibility with mid-large multirotor systems

● Excellent payload/endurance balance

● Designed for continuous industrial operations

Quick Inquiry

Model	Capacity	Voltage	Discharge Rate	Energy	Charge Cut-off Voltage	Discharge Cut-off Voltage	Weight	Dimensions (TWL mm)
ENP160002S25-HCR	16000mah	2S 7.4V	25C	118.4Wh	8.4V	7.2V	692.2g(+15g)	2574180
ENP160003S25-HCR	16000mah	3S 11.1V	25C	177.6Wh	12.6V	10.8V	1038.3g(+15g)	36.574180
ENP160004S25-HCR	16000mah	4S 14.8V	25C	236.8Wh	16.8V	14.4V	1384.4g(+15g)	4874180
ENP160006S25-HCR	16000mah	6S 22.2V	25C	355.2Wh	25.2V	21.6V	2076.6g(+15g)	7174180
ENP160008S25-HCR	16000mah	8S 29.6V	25C	473.6Wh	33.6V	28.8V	2768.8g(+15g)	9474180
ENP1600012S25-HCR	16000mah	12S 44.4V	25C	710.4Wh	50.4V	43.2V	4153.2g(+15g)	14074180
ENP1600014S25-HCR	16000mah	14S 51.8V	25C	828.8Wh	58.8V	50.4V	4845.4g(+15g)	16374180

Typical Applications

Mid/large agricultural spraying drones

Powerline and infrastructure inspection

Industrial mapping and aerial surveying

Medium-load logistics UAVs

Cinematography UAVs with 2–4kg payload

Mid-long range missions (5–25 km)

System Compatibility

Motors: 4215–5010 class

Frames: 550mm–750mm

FC Platforms: DJI A3 / Pixhawk Cube / Enterprise FCs

Best for

Industrial UAV manufacturers

Surveying, mapping, and inspection teams

Users requiring long endurance without excessive weight increase

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.