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Vigoride-6, launched in April 2023, is carrying satellites for NASA and commercial customers and a solar array developed by Momentus that will be demonstrated in space.
Momentus launched its inaugural Vigoride mission, Vigoride-3, in May 2022 and deployed eight satellites to orbit from Vigoride and a third-party deployer.
Momentus Inc. achieved the first orbital raise of its Vigoride-5 spacecraft using a Microwave Electrothermal Thruster that uses distilled water as propellant.
Astroscale U.S. Inc. and Momentus Inc. are collaborating to offer NASA a sustainable solution for the agency’s Hubble Reboost efforts.
Momentus completed more than 35 firings of the MET ranging from 30 seconds up to six minutes in duration during the Vigoride-5 mission.
Momentus reported a net loss of $91,300,000 in 2022.
Momentus launched Vigoride-6 on SpaceX’s Transporter-7 mission on 2023-04-15, and that tug carries a pair of NASA cubesats among several other payloads and is undergoing post-launch commissioning.
Vigoride-6, launched in April 2023, is carrying satellites for NASA and commercial customers and a solar array developed by Momentus for on-orbit demonstration.
Momentus signed an agreement with Hello Space to carry a hosted payload of a demo deployer on the Vigoride-7 mission.
Momentus launched its inaugural mission, Vigoride-3, in May 2022 and deployed eight satellites to orbit from Vigoride and a third-party deployer.
Momentus launched its inaugural Vigoride mission, Vigoride-3, in May 2022.
Momentus Inc. signed an agreement with Hello Space to carry a hosted payload of a demo deployer on the Vigoride-7 mission.
With the launch of the Vigoride-6 OSV, Momentus will operate two spacecraft in orbit concurrently.
Momentus Inc. (NASDAQ: MNTS) launched its third Vigoride Orbital Service Vehicle (OSV) to low Earth orbit on 2023-04-14 aboard SpaceX’s Transporter-7 mission.
Momentus launched its inaugural Vigoride mission, Vigoride-3, in May 2022 and deployed eight satellites to orbit from Vigoride and a third-party deployer.
Vigoride-6 requires significant delta-V from Momentus’s MET propulsion system to deliver NASA’s payloads to custom orbits and includes a Momentus technology demonstration of a new kind of solar array.
Momentus will use its Electrothermal Thruster (MET) propulsion technology, which uses water as a propellant, to change the orbital inclination of the Vigoride OSV for these deliveries.
Techno Planet Inc. partnered with Momentus Inc. to design and build Solar Array Drive Assemblies for the Vigoride orbital service vehicle.
Techno Planet Inc. collaborated with Momentus Inc. to design and build Solar Array Drive Assemblies (SADAs) for the Momentus Vigoride orbital service vehicle (OSV).
Momentus is developing a new generation of the MET system intended to increase engine efficiency and potentially extend engine lifetime to support refuelable and reusable versions of the Vigoride bus.