BREATHE: a satellite bus designed for 200 km.
Not a LEO platform pushed lower — engineered for Very Low Earth Orbit from first principles. You focus on your data. We handle the orbit.
The numbers that define BREATHE.
Lighter, lower, and just as capable.
At 200 km, mass buys far more capability. A 50 kg payload on BREATHE matches or exceeds systems that fly much heavier at 450–800 km.
Matches or exceeds the systems below from a far lower, sharper orbit.
Operates from ~500+ km.
Operates from ~500+ km.
Operates from ~450+ km.
Third-party figures are public approximations for context, not benchmarks.
Every subsystem built for the band.
- Air-breathing intakeForward-facing collection of residual atmosphere.
- Electric propulsionContinuous thrust to offset drag.
- Payload bayUp to 50 kg, payload-agnostic interfaces.
- Power & avionicsVLEO-rated, COTS-friendly electronics.
You focus on your data. We handle the orbit.
Mission scoping
We size the orbit, revisit, and platform to your payload and objectives.
Payload integration
Payload-agnostic interfaces. You bring the instrument; we handle accommodation.
Launch coordination
We manage launch procurement and manifest.
Orbital deployment
Commissioning into the target VLEO altitude.
Station-keeping & ops
Air-breathing propulsion holds the orbit; we run the keeping loop.
What we will — and won't — do.
Payload-agnostic
Optical, SAR, hyperspectral, RF, comms — the bus adapts to the instrument.
Non-competing
We are a platform provider, not a data company. We never compete with your mission.
ITAR-free
India-built with ISRO heritage — collaboration without US/EU export restrictions.
Designed for VLEO
Built for 200 km from first principles, not a LEO bus pushed lower.
Bring your payload. We'll handle the orbit.
Tell us about your mission and we'll scope the platform around it.