Low Earth Orbit
Vayu Constellation
A 240-satellite GARUDA mesh delivering high-bandwidth connectivity to under-served regions.
Gravity Repulsion Program / Flight 12
Garuda
Thrust by repulsion of gravity. Accurate, safe landings back home. Reusable launch systems for a multi-planetary future.
- Gravity
- Aerospace
- Research
- Unit &
- Development
- Agency
Safe Return
Repulsion Landing
Gravity-repulsion braking holds the stage steady through descent for a pinpoint, damage-free touchdown.
Deep Space
Chandra Transit
GARUDA crew capsule qualification for cislunar logistics and lunar surface support.
Vehicles
Garuda-1
Operational- Payload to LEO
- 6,200 kg
- Repulsion field output
- 3.4 MN
- Landing accuracy
- ±0.4 m
Garuda-H
Qualification- Payload to LEO
- 22,800 kg
- Repulsion field output
- 10.1 MN
- Cores
- Three, all recovered
Aakash
In development- Crew
- 6 astronauts
- Endurance
- 180 days
- Descent control
- Autonomous repulsion
Research & Development
GARUDA creates thrust through the repulsion of gravity, and guides every vehicle back to an accurate, safe landing — no combustion plume, no expended stages.
Gravity Repulsion Core
Field emitters generate lift by repelling the planet's gravitational gradient — thrust without a combustion plume.
Precision Descent Guidance
Closed-loop navigation trims the repulsion field thousands of times a second to hold the vehicle on the landing axis.
Safe Recovery
Vehicles settle under continuous field braking, so every stage returns intact and ready to fly again.
- 148
- Repulsion test firings
- ±0.4 m
- Landing accuracy
- 99.2%
- Safe recovery rate
- 21
- Active programs