This battery is different
For Defense - Commercial UAV - Energy Storage - AI Data Centers
Two platforms. One requirement: it has to work every time.
BLiXT cells are engineered and qualified separately for airborne and stationary duty cycles.
Military & Tactical Drones
Every gram of battery is a gram not spent on payload, range, or armor.
- Endurance gain+30–40%
- Life cycle 6,000 cycles
- Discharge rate20C
- Field swap time< 90 sec
Battery Energy Storage Systems
Grid and microgrid BESS installations live or die on cycle life and thermal margin.
- Round-trip efficiency96.5%
- Life cycle 20,000 cycles
- Thermal spread< 3°C
- Warranty term15 years
BLiXT develops graphene-enhanced battery cells for applications where weight, heat, and cycle life are mission-critical — from tactical drone platforms to grid-scale energy storage. Founded to close the gap between lab-scale graphene research and field-ready power systems.
Ready to see if graphene fits your platform?
Tell us about your application — airframe, pack, or grid — and we'll send the relevant datasheet and set up time with our applications engineering team.
Cell specifications
Representative figures for the current BLiXT-G3 cell. Full qualification data and pack-level drawings are available under NDA.
| Parameter | Value | Test Condition |
|---|---|---|
| Nominal voltage | 3.95 V | Single cell, 25°C |
| Energy density | 360 Wh/kg | 0.5C discharge |
| Volumetric density | 820 Wh/L | Pouch format |
| Max continuous discharge | 20C | 25°C ambient |
| Fast charge, 0–80% | 11 min | 2C constant current |
| Cycle life | 4,000 - 20,000 cycles | To 80% retained capacity |
| Operating temperature | −40°C to 60°C | Discharge |
| Format | Pouch / Cylinder | Custom pack integration |
Figures shown are representative lab-scale results for the BLiXT-G3 platform, provided for evaluation purposes. Request the full datasheet for certified test reports.
Graphene changes what a battery is allowed to weigh.
A graphene lattice at the anode and cathode interfaces conducts heat and electrons fast enough that BLiXT cells don't have to trade energy density for safety.