High Energy. Built for High Power.
Where most cells trade energy density for discharge capability, the 6000T delivers both — reaching 300 Wh/kg while sustaining 50A continuous and 100A pulse discharge. Tabless architecture ensures efficient current flow, less heat, and consistent performance across the cell's full cycle life.
Every number is measured, not estimated.
The architecture behind the numbers.
Among the highest in any commercial 21700 NMC cell at 300 Wh/kg. More energy in the same form factor means more runtime and lighter packs.
Handles the most demanding load profiles at 50A continuous and 100A pulse without thermal runaway or capacity fade. Built for applications where other cells tap out.
Sub-3 mΩ AC impedance means less energy lost as heat and more delivered to your system, especially critical at high discharge rates.
Current flows across the full electrode width, not through a single tab. Lower resistance, less heat, and more consistent performance across the cell's life.
Rated for 800+ cycles under real-world high-current conditions, not just low-rate lab tests.
Stable from −20°C to 80°C, covering everything from cold-weather field deployment to high-ambient industrial environments.
Characterisation data coming soon.
Designed for applications that can't compromise on either runtime or power.
300 Wh/kg and sustained 50A discharge means longer flight time and full thrust through demanding aerial manoeuvres without thermal cutback.
100A pulse handles peak motor loads without voltage sag that limits tool performance under heavy cuts, while 300 Wh/kg extends runtime per charge.
More range per charge with 300 Wh/kg in a standard 21700 format, plus reliable cold-weather operation down to −20°C for year-round riding.
Stable output under variable load cycles across a wide operating range — consistent whether the joint is idle or under full torque, across 800+ cycles.