Common Sense RC 14.8V 7600mAh 75C Hard Case Lipo Battery w/ XT60 Connector

This is the 14.8V 7600mAh 75C Hard Case Lipo Battery w/ XT60 Connector from Common Sense RC.

Specs

Capacity: 7600mAh
Discharge: 75C
Voltage: 14.8V
Cells: 4
Connector Type: XT60 Connector + CSRC adapter for XT60 batteries to popular RC vehicles
Dimensions: 138 x 47 x 48mm
Weight: 626 grams

CAUTION

Fire hazard! Not suitable for children under the age of 14 years old without supervision.

Safety Instructions

Charge only with a LiPo battery charger.
Use a balancing charger or cell balancer every time you charge your LiPo battery packs.
A LiPo battery is considered balanced if all the individual cells in the battery pack within 0.05V of each others.
The balancing function maintains this during charging to ensure individual cells are not overcharged and damaged.
Never charge LiPo batteries unattended.
Always charge in a fire-resistant container on a non-flammable surface (like concrete) at least five feet away from and flammable objects.
Do not charge LiPo batteries to more than 4.20V per cell.
Do not discharge below 3.20V per cell under load (about 3.5-3.6V per cell resting voltage).
Make sure to activate the Low Voltage Cut-off (LVC) in your device before using a LiPo battery in it.
Store battery at 40-50% charged (about 3.80-3.90V per cell).
Storing LiPos fully charged or depleted will shorten battery life dramatically and void warranty.
Store at below 80 F and about 40 F (Not in direct sunlight).
Never store or charge a battery pack inside your car in extreme temperatures (100 F and above), extreme temperatures could cause fire.
Do not leave your battery plugged into any device (including a charger or vehicle) when the battery is not in use or charging.
This can lead to the battery being discharged below the minimum 3.2V per cell and permanently damage the battery.
Do not expose the battery to moisture or submerge it in liquid.
LiPo batteries are not waterproof or water resistant.
Exposure to moisture or liquid will damage electrical components and create a major rick of short circuit and fire hazard.
If the battery is exposed to moisture or liquid at any point, it should no longer be used.