Battery System
A modular, rail-mounted battery system built for rapid swaps and professional performance. The battery's mass and rigidity enhance flight stability and damp vibrations for cleaner footage.
97.2 Wh — below 100 Wh. Molicel P45B, 4500 mAh, 6S1P. Show the air travel declaration.
Construction & Materials
- Molicel P45B cells → 4500 mAh 21700s, 97.2 Wh pack (under the 100 Wh air-travel limit)
- Pure Nickel Tabs → Minimal resistance, maximum power delivery
- 10AWG Wiring → Reduced voltage drop and heat
- CF Nylon Case → Impact resistance and structural integrity
- Concealed Balance Connector → Protected from disconnection and contamination
Specifications
| Specification | Value |
|---|---|
| Cells | Molicel INR-21700-P45B |
| Configuration | 6S1P |
| Capacity | 4500 mAh |
| Nominal voltage | 21.6 V |
| Energy | 97.2 Wh (below 100 Wh) |
| Wiring | 10AWG Pure Nickel |
| Case Material | CF Nylon |
| Mounting | Rail system |
| Balance Connector | Concealed |
Why It Matters
The battery isn't just a power source — it's a structural component. Its mass damps vibrations for cleaner footage. The rigid construction stabilizes flight dynamics. And the rail system lets you swap batteries in seconds, not minutes.
The female rail interface and battery pack are proprietary (patent pending). The male rail and mount on the airframe are open under CERN-OHL-W-2.0. The pack uses spot-welded Molicel P45B cells and proprietary power management. We don't release pack or female-rail files — improper cell handling is a fire and injury risk, and those interfaces are the subject of pending patent applications. No licence under those rights is granted by the publication of the airframe files.
