Graphene packs utilize carbon in the battery structure to form a single layer of graphene just 0.335nm thick .
Graphene chemistry has significantly reduced heat and resistance.
Simply put; more consistent power delivered to your model even under heavy load, with less heat and voltage sag.
The result is a battery capable of sustaining more cycles, while continuing to perform over time, if properly used, and stored.
A+ Grade cells
Balancer | JST-XH |
Capacity (mah) | 5000 |
Cell count | 6S |
Cell Voltage | 22.2V |
Charge Rate (2C recommended) | 5C |
Connector | EC5 |
Dimensions | 155x48x45mm |
Discharge Rate (C) | 100C |
Net Weight (grams) | 756 |
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Graphene packs utilize carbon in the battery structure to form a single layer of graphene just 0.335nm thick .
Graphene chemistry has significantly reduced heat and resistance.
Simply put; more consistent power delivered to your model even under heavy load, with less heat and voltage sag.
The result is a battery capable of sustaining more cycles, while continuing to perform over time, if properly used, and stored.
A+ Grade cells
Balancer | JST-XH |
Capacity (mah) | 5000 |
Cell count | 6S |
Cell Voltage | 22.2V |
Charge Rate (2C recommended) | 5C |
Connector | EC5 |
Dimensions | 155x48x45mm |
Discharge Rate (C) | 100C |
Net Weight (grams) | 756 |