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Viasat is seeking regulatory approval to acquire Inmarsat for $7,300,000,000.
InRange services will initially use the four I-4 spacecraft that Inmarsat operates to provide global L-band coverage.
Mitsubishi Heavy Industries, the prime contractor for Japan’s next-generation H3 launch vehicle, partnered with Inmarsat to develop InRange.
Inmarsat’s U.S. subsidiary won a portion of $278,500,000 in funding to demo services that could help replace TDRS on 2022-04-21.
Inmarsat plans to use a $28,600,000 share of the NASA funding to demo InRange and other services for low Earth orbit spacecraft using its geostationary satellite network.
InRange uses Inmarsat’s L-band constellation to provide launch telemetry and reduce launch providers’ need to spend on ground stations and other terrestrial infrastructure.
Inmarsat previously received roughly $350,000 from the UK Space Agency for InRange in 2021.
Inmarsat is preparing to use its telemetry relay network to support rocket launches in 2022.
Port-IT partnered with Inmarsat to develop Fleet Secure UTM.
Inmarsat Government Inc. won a $28,600,000 CSP award to demonstrate communications services using GEO satellites.
Inmarsat Government Inc. of Reston, Virginia, received a $28,600,000 CSP award to demonstrate a commercial RF geostationary L-band relay network for low-rate SATCOM services.
Inmarsat’s proposed CSP approach targets routine missions, contingency operations, launch and ascent, and early operations phase communications using geostationary L-band relays.
Inmarsat’s ELERA-powered InCommand capability enables commanding and telemetry on demand for space assets operating below geostationary orbit.
Under a Funded Space Act Agreement, NASA will partner with Inmarsat Government to develop and demonstrate commercial satellite communications capabilities as a service for future spacecraft users in near-Earth orbit.
Inmarsat’s ELERA-powered InRange capability provides rapid and responsive launch telemetry from space and removes the need to construct and maintain extensive ground-based down-range launch infrastructure.
The Inmarsat 6 series of satellites will support the growth of Inmarsat’s ORCHESTRA dynamic mesh network.
The Inmarsat 6 series satellites operate in geostationary orbit at approximately 36,0 m above the Earth.
Inmarsat operates the I-6 series satellites from its control center in London, United Kingdom.
SpaceX will launch Inmarsat I-6 F2 from Cape Canaveral, Florida in 2023-01-01.
Inmarsat I-6 F1 was launched by Mitsubishi Heavy Industries (MHI) in Japan in December 2021.