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Launcher conducts engine testing at a site on Long Island that was previously used by Grumman for building F-14 fighter jets.
Launcher is testing an engine called the E-1 that uses oxygen-rich staged combustion technology.
Launcher plans to develop a small launch vehicle that will make a first test flight in 2025 and enter commercial service in 2026.
Launcher intends the E-1 engine to test chamber pressure and mixture ratio conditions that will be used in its larger E-2 engine.
Launcher plans to complete and test the E-2 engine, capable of producing 9,979 kg-force of thrust, by the end of 2020.
André-Hubert Roussel took over Airbus’ launcher division in 2014 and helped establish the Ariane 6 program.
The ViaSat-3 satellites ordered to date use electric propulsion, which reduces the amount of mass taken up by fuel but typically requires several months of orbit raising to reach final destination once separated from the launcher.
SpaceX is developing the Big Falcon Rocket (BFR), an exploration-class launcher whose original design featured a core stage with 42 Raptor engines.
The Long March 9 super heavy-lift launcher is in early development with a first flight planned for 2028–2030.
Many small launcher startups are targeting launch costs of $10,000 to $50,000 per kilogram.
ESA is developing an efficient, reliable launcher family consisting of Vega C, Ariane 62, and Ariane 64.
CASC’s 2017 space transportation roadmap includes development goals for reusable launch vehicles, suborbital and orbital spaceplanes, a Saturn V-class launcher in the 2020s–2030s, and a nuclear-powered space shuttle by 2045.
The 25-year lease enables PLD Space to upgrade systems to conduct hot fire tests lasting up to four minutes to qualify full mission duration tests for the Arion 1 reusable suborbital launcher, whose first mission is planned for next year.
Chinarocket Co., Ltd., operating under CASC, is developing the Lightning Dragon-1 (Jie Long-1) micro launcher designed to put 150 kg into a 700-kilometer Sun-synchronous orbit.
The Long March 8 is a new generation medium-lift launcher planned to be capable of vertical takeoff and vertical landing with a planned debut in 2021.
Building Mobile Launcher 2 rather than modifying the first platform will allow the first platform to be used for additional SLS Block 1 flights.
Mobile Launcher 2 will serve as the platform for assembling and testing the Space Launch System in the Vehicle Assembly Building at Kennedy Space Center, transporting the rocket to Launch Complex 39B, and supporting the vehicle’s launch.
Mobile Launcher 2 will be built to support the taller Space Launch System Block 1B rocket that uses the Exploration Upper Stage instead of the Interim Cryogenic Propulsion Stage (ICPS).
NASA expected to award a contract for Mobile Launcher 2 in February 2019 with a period of performance not to exceed 44 months.
The February 2019 award schedule would have the Mobile Launcher 2 platform completed by late 2022.