Manevra is building autonomous satellite swarms that perform the daily routine operations of the orbital economy — station-keeping, collision avoidance, and end-of-life deorbit, without a human commanding every maneuver.
Manevra is building autonomous satellite swarms that perform the daily routine operations of the orbital economy. Station-keeping, collision avoidance and deorbit are still handled one maneuver, one command, at a time — a bottleneck as the number of active satellites climbs into the tens of thousands. Manevra builds the sail that deorbits a satellite safely, the satellite bus that maneuvers without propellant, and the swarm software that lets a whole fleet run those operations on its own.
Every Manevra product reacts against Earth's own magnetic field and atmosphere instead of carrying fuel to burn.
A deployable drag sail that deorbits satellites at end of life without propellant. Mounts to almost any bus, deploys on command or on loss-of-signal, and brings a spacecraft down inside regulatory deorbit windows.
Pricing for universities, space agencies, and startups.
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A small satellite bus purpose-built for propellant-free maneuvering — station-keeping, collision avoidance and formation flying, powered entirely by reaction against Earth's magnetic field and atmosphere.
Pricing for universities, space agencies, and startups.
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Autonomous flight software that plans and coordinates maneuvers across an entire constellation — phasing, collision avoidance and re-tasking computed onboard, fleet-wide, without a human in the loop for every burn. Also available as onboard hardware: an AI-powered Autonomous Attitude Determination & Control System (ADCS) flight controller for constellations that need swarm-level autonomy built into the bus.
Pricing for universities, space agencies, and startups.
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August 2, 2026
At Manevra, every engineering decision starts with physics. Our team is actively using advanced orbital simulation tools to model and…
Our team brings 15+ years building autonomous vehicles in the automotive industry, 4 years building autonomous ground robotic systems (UGVs) and their swarms, and 7+ years working on space projects. Our autonomous systems are already shipping and operating today — running on drones and on ground robotic systems (UGVs) actively deployed on the battlefield.
From sail membranes to flight software, we build and test in-house — every design decision is answerable to a test stand.
No exotic propellants, no supply-chain fragility. Our systems react against forces that are already there.
A small, senior team that ships hardware and flight software side by side.
Tell us about your mission — station-keeping, deorbit, or fleet-scale maneuvering — and we'll follow up within two days.
