Strivo Aerospace designs, builds and launches next-generation orbital rockets — engineered for reliability, built for reuse, and priced to put your payload where it belongs.
A family of small- and medium-lift rockets engineered around a single reusable engine core — so we scale capability without scaling cost.
Our workhorse smallsat launcher. Rapid, dedicated rides to sun-synchronous orbit for constellations and rideshare payloads.
A reusable medium-lift vehicle for larger constellations, deep-space rideshare and sovereign national payloads.
From engine to avionics to flight software, we design and manufacture the hard parts ourselves — the only way to move fast and drive down cost.
A staged-combustion, 3D-printed engine burning cryogenic kerolox — clustered nine-strong on the first stage and rated for rapid reuse.
Propulsive landing and airframe recovery designed in from day one, turning every booster into a flight-proven asset.
A restartable upper stage places multiple payloads into distinct orbits on a single mission with sub-kilometre accuracy.
Triple-redundant avionics and real-time guidance developed entirely in-house for full sovereign control of the stack.
Robotic composite layup and additive manufacturing let us build a rocket in weeks, not years.
Mobile ground systems enable rapid, flexible launch campaigns from multiple spaceports across the globe.
Satellites now power everything from climate monitoring to connectivity and security. Yet getting to orbit remains slow, scarce and expensive. Strivo exists to change that — building dependable, affordable and independent access to space.
Strivo Aerospace established with a full-stack engineering team.
First full-duration test of the Strivo engine on the stand.
Integrated first- and second-stage structural and propulsion campaigns.
Maiden launch of Strivo-1 “Vanta” to low-Earth orbit.
We’re hiring engineers, machinists, technicians and dreamers who want to put humanity’s next generation of hardware into orbit.