The RUDDOG Racing 5200mAh 150C/75C 7.6V LCG Short Stick Pack LiPo-HV Battery is a new 22mm tall shorty battery that combines high run time with a lightweight LCG design with its 5200mAh capacity. The battery is made from high performance 75C/150C cells, ensuring you experience exceptional performance every time you hit the track. The latest Spec Silicon Graphene Lithium Polymer cells offer even better internal resistance, resulting in higher power output, so you can push your car to the limit with confidence.
Whether you're looking for a battery that can keep up with your high performance demands, or you're simply looking for a reliable, long-lasting option for your race car, the RUDDOG Racing LiHV battery range is the perfect choice. Upgrade to the power and performance of RUDDOG Racing batteries today!
Features:
- Powerful 75C/150C cells for exceptional performance.
- Latest silicon graphene lithium polymer cells for improved internal resistance and higher power output.
- Low internal resistance for maximum performance.
- High capacity for longer runtimes.
- EFRA and BRCA homologated.
- Specifications: Capacity: 5200mAh Nominal voltage: 7.6V | 2S | LiHV
- Discharge rate: 75C/150C
- Cell type: silicon graphene lithium polymer
- Length: 95.5mm
- Width: 46.5 mm
- Height: 22.0mm
- Weight: 195g Connector: 5mm
- Balance connector: 2mm
Charging and storage information:
We recommend never storing the battery completely discharged or fully charged. In general, a voltage of approximately the nominal voltage of the battery is recommended for storage. In addition, the batteries should be used at regular intervals, or at least go through a discharge-charge cycle. The batteries should not be exposed to direct sunlight during storage and charging to avoid additional heat. This also means that the trunk of your car is not a suitable storage place for your batteries in summer. We also recommend a maximum charging current of 1C for a long service life of your batteries. A higher charging power significantly reduces the service life of the batteries.