Product overview
The KlesMan 8000mAh 60C is a lithium-polymer battery pack for racing FPV drones, with KLSM8000 as its model code. Its supplied electrical configuration combines a 6S pack, 22.2V voltage and an XT60 connector. The battery measures 135*43*22mm and weighs 900g, defining the physical space and mass that a drone installation must accommodate. Its 8000mAh capacity and 60C discharge rating describe the power component being procured, while the warranty runs for one year.
The stated flight duration is 40 minutes under an empty-flight condition. Charging requires a LiPo-compatible balance charger, with a maximum of 4.2V per cell; discharge must stop before falling below 3.2V per cell. Charging and storage require a LiPo-safe bag on concrete, away from flammable materials. Use must stop if the pack expands or exceeds 70° Celsius / 160° Fahrenheit, and its positive and negative terminals must be protected against short circuits.
Specifications
| Specification | Value & conditions |
|---|---|
| Brand | KlesMan |
| Model designation | 8000mAh 60C |
| Model code | KLSM8000 |
| Battery configuration | 6S |
| Battery type | LiPo battery pack |
| Chemistry | Lithium polymer |
| Connector | XT60 |
| Intended drone type | Racing FPV drone |
| Discharge rate | 60C |
| Capacity | 8000mAh |
| Weight | 900g |
| Voltage | 22.2V |
| Dimensions | 135*43*22mm |
| Warranty | 1 year |
| Flight time | 40 MinutesEmpty flight. |
| Certification | CE |
| Place of origin | China |
| Required charger | LiPo-compatible balance charger onlyDuring charging. |
| Maximum charging voltage | 4.2V per cellDuring charging; per cell. |
| Minimum discharge voltage | 3.2V per cellDuring discharge; per cell. |
| Stop-use criteria | Expansion or temperature above 70° Celsius / 160° FahrenheitIf the battery expands or its temperature exceeds the stated threshold. |
| Charging and storage precautions | Use a LiPo-safe bag on a concrete surface, away from flammable materialsDuring charging and storage. |
| Terminal protection | Do not short the positive and negative terminals |
