— Applications / Unmanned Aviation

Orbital-grade energy, terrestrial cost.

From CubeSats to HALE platforms, Sulfurlite™ delivers the gravimetric energy density and thermal envelope orbital missions demand.

— Mission Profile

Built for the platforms that can't afford to fail.

Mass to orbit is the single most expensive variable in any spacecraft program. Every kilogram of battery is a kilogram of payload that didn't fly. Sulfurlite™'s 400+ Wh/kg energy density and wide operating temperature window make it a natural fit for smallsats, HALE craft, and stratospheric platforms where weight, safety, and qualification timelines all matter.

— Use Cases

Where Sulfurlite™ deploys.

01

CubeSats & smallsats

Drop-in cells for science, comms, and Earth-observation missions in LEO.

02

HALE platforms

High-altitude long-endurance solar-electric craft requiring weight-optimized energy storage.

03

Stratospheric balloons

Persistent overhead missions demanding wide temperature tolerance.

04

Lunar / planetary landers

High-density energy for short-duration surface science campaigns.

05

Launch vehicle avionics

Lightweight power for upper-stage and avionics applications. 

— Performance

Reference specifications.

Specific Energy 300+ Wh/kg
Operating temperature −40°C to +60°C
Vacuum compatibility Under qualification
Radiation hardness Mission-specific characterization
Form factors Custom & catalog cells
Discuss Your Program →