Introduction: Performance Starts from the Cell
Every high-performance electric skateboard is only as good as its power source. In racing-level boards like the Super Cavalry, the battery isn’t just a component—it’s the heart of acceleration, control, and sustained performance.
To deliver the razor-sharp responsiveness and high-speed stability that define the Super Cavalry, OMW needed a cell that could output tremendous current, minimize heat generation, and maintain efficiency under continuous load. The answer came in the form of EVE’s 40PL 21700 tabless cell, a next-generation battery architecture that redefines what’s possible in compact high-power systems.
The Tabless Advantage: Faster Current, Lower Heat, Greater Efficiency
Traditional cylindrical lithium-ion cells rely on thin metal tabs to conduct current from the electrode layers (the "jelly roll") to the cell terminals. While proven, this design acts as an electrical choke point. Under high current, this constriction leads to high internal resistance, uneven current distribution, and significant heat generation known as Joule heating (I^2R). These factors are the primary barriers limiting the power output of conventional high-rate cells.
EVE’s tabless architecture eliminates these choke points. By connecting the entire circumference of the electrode foil directly to the terminal, current flows evenly across the collector edge, drastically reducing path length and heat generation.
The result:
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Ultra-low internal resistance (≤5mΩ) ensures minimal voltage sag.
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Faster current response enables instant acceleration.
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Lower heat generation improves stability and overall efficiency.
This means the Super Cavalry converts more stored energy into usable power, maximizing performance where it matters most.
Unleashing 70A of Continuous Power
The EVE 40PL cell delivers an incredible 70A continuous discharge at 4000mAh capacity. For the Super Cavalry, this translates into massive torque, rapid acceleration, and sustained high-speed stability without voltage collapse.
Key benefits include:
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Reduced cell count, lighter design: Fewer cells mean lower weight and higher structural rigidity.
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Stable voltage output: ≤5mΩ IR ensures smoother, more consistent power curves.
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Thermal resilience: Cooler operation extends battery and system lifespan.
For riders, this means stronger launches, steadier mid-speed power, and higher sustained top speeds—the signature feel of the Super Cavalry.
Efficiency Meets Endurance: Why It Matters for Race Boards
In racing conditions, efficiency determines not just range, but control and throttle precision. Because the 40PL minimizes energy lost to heat, the Super Cavalry achieves superior energy utilization compared to conventional cells.
Less waste heat means more watt-hours converted into torque, improving both real-world mileage and acceleration response.
Benchmarking the Competition：
In short, the EVE 40PL allows the Super Cavalry to push harder, run cooler, and go further.
Conclusion: Built for Precision and Power
The choice of the EVE 40PL 21700 tabless cell in the Super Cavalry is more than a design decision—it’s a performance philosophy. By integrating one of the most advanced cylindrical cells available, OMW ensures every watt of stored energy translates directly into speed and control.
With instant current delivery, low thermal loss, and exceptional efficiency, the 40PL perfectly embodies Super Cavalry’s core mission: to deliver uncompromised performance for riders who demand the very best.
