Up to 440 Wh/kg · Silicon-Carbon Anode · 90+ Mins
High-Energy-Density Semi-Solid Drone Batteries
Unlock 90+ minutes airborne time for large-scale geospatial surveying and mapping. Built with cutting-edge high-nickel cathode and silicon-carbon anode pouch cells for the highest gravimetric energy density in the industry.
Up to 440 Wh/kg
Energy Density
World-class gravimetric energy storage
90+ Mins
Extended Sortie
Double the coverage of conventional LiPo setups
-20°C to 60°C
Operating Window
Stable flight performance across diverse terrains
Operational Challenges vs. Our Solution
How our specialized electrochemical configuration addresses real-world UAV mission constraints.
✕ Conventional Energy Density Trade-Offs
- Standard LiPo cells capped at ~240-260 Wh/kg severely limit maximum flight times
- Payload capacity severely compromised by having to carry excessive battery weight
- Frequent landings for battery swaps drastically reduce operational efficiency
✓ Our High-Nickel / Silicon-Carbon Solution
- Proprietary high-nickel and silicon-carbon anode architecture reaches up to 440 Wh/kg
- Enables mapping UAVs to cover 10+ square kilometers in a single continuous sortie
- Substantial weight reduction allows heavier multi-sensor camera payloads
Recommended High-Energy-Density Semi-Solid Drone Batteries
Direct OEM factory delivery covering 6S, 12S, 14S, and 18S standard configurations.
Need a Customized Pack Configuration?
We support custom voltage setups (from 6S to 24S), customized high-current connectors (AS150U, QS8, XT90), smart BMS with CAN/SMBus protocols, and CNC structural casings.
Contact Engineering Team