7.4V 25C 4500mAh Rechargeable Li-Po Battery for RC Car

Specifications:

• The replacement rechargeable battery extends the time that you can use your device - ideal for long playing and outdoor activities
• This excellent rechargeable battery is eco-friendly, safe and reliable
• Rechargeable battery with mini plug is easy and safe to charge and use
• This lightweight replacement rechargeable lithium battery is a safe and long-lasting source of power for hours of fun with your RC car
• Lithium battery is designed with high quality, light weight, long lasting and high capacity
• High capacity rechargeable battery with no memory effect
• Long lasting power for your RC car
• Voltage: 7.4v
• Capacity: 4500mAh
• Max Burst Discharge: 25C  
• Size: 13.5 x 4.5 x 2.3cm / 5.3 x 1.8 x 0.9in (L x W x H)

Details:

• This RC car battery is rechargeable for everyday use. High capacity of this battery ensures your long time driving

• High quality material cable is safe enough for your everyday use. The connector is delicately attached, which is changeable

• Suitably and delicately sized to go with different kinds of cars and other RC model

• A RC car battery features with performance of quick charge, reuse, perfect safety and long flight time

• This excellent rechargeable battery is eco-friendly, safe and reliable

How to Recharge an Old Rechargeable Battery:

• Connect the battery charger into a wall outlet. You can find a battery charger for just about any kind of rechargeable battery at most electronics stores
• Set the charger to "Recharge". Most devices have some sort of switch on the bottom or side of the charger that does this
• Insert the rechargeable batteries into the battery charger. A light appears on the charger while the batteries are charged
• Check the charger every few hours when first using it. Some chargers overheat so you need to test the charger. Unplug the charger if it begins to overheat

How to Test the Battery Life of Rechargeable Batteries:

• Determine the expected life of the battery charge. This is done by reading packaging or using the following equation: capacity /current drain = approximate battery life. The capacity is expressed in Ampere hours. Current drain refers to the load of the battery. For example, a AAA battery has a one Ampere capacity or 1000 mAh. These batteries are generally designed for 10 mA of drain capacity. This means the expected life of the battery is 100 hours. Check battery packaging and labels for capacity and drain; it may state the expected run time
• Plug the battery into the charger. Wait for the green light to indicate that the battery is completely charged
• Remove the battery from the charger and put it in the electronic item
• Note the time. Turn the electronic item on
• Leave it on undisturbed until the battery dies completely. Note the time it took for the battery to die
• Compare the actual run time of the electronic device compared to the expected battery charge life expectancy. Shorter actual times mean the battery is losing its ability to hold a complete charge and is dying

Package Included:

• 1 x Battery