VIPERR:
The Revolutionary “Waste-craft”
Space Waste Removal & In-Space Servicing:
Low Earth Orbit (LEO) is becoming increasingly crowded, creating a significant problem for space travel and exploration, as well as for the Earth’s environment. Collisions between satellites or between a satellite and debris can create further debris, increasing the risk of catastrophic impact on customer satellites and human spaceflight.
Rethink what is possible.
Protect our Orbital Commons!
The removal of nonfunctional satellites and debris from LEO is essential to ensure the safety and continuation of space activities and protect operators. Additionally, the space economy is rapidly developing. As a result the demand for “ISAM” or “In-space Servicing Assembly & Manufacturing” services are increasing.
MARS has developed multiple berthing and docking solutions for connecting to satellites and spacecraft of various form-factors and pioneered advanced proximity-operation software, offering space-based operations, maintenance, repairs, mission-extension, and manufacturing.
Functional Design at an Affordable Price.
Introducing VIPERR:
Capable of 200kg takedown from 600km (with only a 30kg package)
Manufactured rapidly, designed for mass production (with cost <$50k per vehicle)
Uses MRCLAW from Altius Space Machines to insure a perfect dock, every time
Outfitted with AI flight software that not only docks, but autonomously deorbits
Powered by the MARS Aerospace proprietary in-space solid motor “TSM”
VIPERR Spacecraft Render
Successful Prototype Hot-fire
Watch the video above to see how the MARSAERO team works to go from parts, to prototype. Designed in less than 4 weeks, assembled in less than 48 hours. Done as a rehearsal for a Tactically Responsive orbital scenario.