This allows for an improved power to weight ratio and a lower overall CG that makes it perfect for shorter qualifying races and "1/8 scale light" e-buggy classes.
When compared to standard LiPo and LiHV battery chemistry, Silicon Graphene cells deliver improved efficiency, lower operating temperatures, lower internal resistance, better run time, increased cycle life and increased voltage. ProTek Graphene + 130C LiPo batteries take that a step further with more power and lower internal resistance when compared to the previous ProTek LiHV Graphene packs!
Lab testing has shown that ProTek R/C Silicon Graphene packs have double the cycle life when charged at 1C rates, and can be charged at higher amp rates, with less risk of damage to the pack. More importantly, the discharge curve is flatter, meaning the cells maintain higher voltage throughout the discharge cycle with no significant drop off. Additionally, when compared to conventional LiPo batteries Silicon Graphene batteries are lighter, providing a higher capacity per gram ratio. With 7.6V nominal voltage, 130C discharge ratings, incredibly high charge rates and ten different models to choose from, ProTek R/C 130C Graphene + packs are perfect for racers and bashers that demand the absolute best.
Features:
Lighter than a hardcase 4S LiPo pack of equal capacity
Improved power to weight ratio and a lower overall CG
More runtime, with a dramatic increase in voltage and punch
Silicone Graphene can handle more abuse and deliver more current than a standard LiPo battery
Improved efficiency, lower operating temperatures, and lower internal resistance!
Increased run time, increased cycle life and increased voltage!
More capacity gram for gram when compared to standard LiPo cells
Perfect for stock class racers looking to shave grams
10C max charge rates - 1C charge rate recommended for longest life
7.6V nominal voltage
Pre-Soldered T-Style connector
NOTE: While these batteries are LiHV cells, they can still be charged the same as a standard LiPo with a standard LiPo charger. The overall voltage and capacity will be slightly less than when charged to LiHV specs, but the performance will be better than a standard LiPo thanks to the flat discharge curve, reduced weight and low internal resistance. When charged to 8.4V, these packs will still offer a noticeable advantage when compared to a standard 7.4V LiPo pack.
Battery Model 4S HV LCG LiPo
ROAR Approved Yes
Type Silicon Graphene
Voltage 15.2V nominal
Capacity @7.4V
3800mAh
Capacity @7.6V
4300mAh
Weight
338 g
Connector Type
T-style
Balance Connector
5 pin XH
Number of Cells 4 Cell
Configuration 4S1P
Dimensions (WxLxH) 47x139x25.1mm
Maximum Charge Rate 10C (41A)
Burst Current
130C
Watt Hour @7.6V
65.3 Wh
