Building the hardware behind the space industrial era.
Built to perform. Easy to integrate. Ready to fly.
What we do
Space is moving fast. More launches. More spacecraft. More missions that need to fly reliably and at scale.
This is putting pressure on already flight-worthy systems to become more repeatable, cost-effective, and easier to integrate without compromising reliability.
We are building the next generation of spacecraft subsystems, starting with power, to help teams meet that challenge.
Our goal is simple. More performance. Fewer surprises. More missions that launch on schedule.
What we build
We deliver spacecraft power systems that are flight-ready, integration-focused, and built for repeat use. But when standard doesn’t fit, we go deeper.
Pack2 - Li-Ion Battery Platform
A configurable battery system for microsat-class missions and beyond. All variants share a common BMS, thermal control, and electrical interface.
Now
432 Wh, 28 V nominal (8S3P)
Engineering models available
Flight heritage expected 2026
Next
1 kWh, 10S variant launching 2026
1.2kWh, 8S variant in design
Other 8, 10, 12S configurations available
Cell tech tailored for cycle life or duration
MPPT1 - Tracker & Charger
A compact, flight-ready unit that combines solar MPPT and programmable battery charge regulation for spacecraft power systems.
2026:
Supports MPPT and battery charge control for 8–12S Li-ion systems
Designed to pair with Pack2 or custom battery configurations
Features
High-efficiency Maximum Power Point Tracking
Programmable charge profiles for different chemistries
Built for electrical and thermal reliability
Supports redundant power architectures
Clean electrical interfaces for rapid integration