All verified mentions of this organization in source documents.
Impulse Space raised $10,000,000 from venture fund Lux Capital, announced on 2022-06-17, to accelerate work on orbital transfer vehicles.
Impulse Space raised $20,000,000 in a seed round on 2022-03-30 led by Founders Fund.
The $30,000,000 raised overall allows Impulse Space to advance work on three different designs for orbital transfer vehicles.
Seven additional companies, including Atomos, Exotrail, Firefly Aerospace, Launcher, Space Machines, Exolaunch, and Impulse Space, are preparing to enter the market with initial flights scheduled in the next three years.
Adranos completed a $20,000,000 Series A funding round with participation from Bob Bishop, other principals at Impala Asset Management LLC, Explorer1 Fund, Elevate Ventures, and Specific Impulse Capital.
Impulse Space Propulsion has appointed Barry A. Matsumori as its Chief Operating Officer (COO).
Impulse Space Propulsion plans long-term services in Geostationary Earth Orbit (GEO), lunar missions, and in-space manufacturing.
Impulse Space Propulsion focuses on Low Earth Orbit (LEO) with services including in-space transportation and orbital transport of satellites.
Impulse Space Propulsion was founded in 2021.
Impulse Space Propulsion provides agile, economical last-mile space payload delivery capabilities.
Benchmark Space Systems plans to increase the Halcyon Avant system specific impulse to 315–320 seconds to make it best in class compared with existing systems.
ExoTerra Resources is preparing a 2022 flight test of a 12-unit cubesat equipped with a compact, high-impulse solar electric propulsion module.
ASCENT is designed to provide a 50 percent increase in density specific impulse over hydrazine monopropellant.
The NPT30-I2-1U can provide a total impulse of 5,500 Ns.
NASA plans to launch ExoTerra’s high-impulse solar-electric propulsion system into orbit on a cubesat in December 2021.
ExoTerra Resource received $2,000,000 to demonstrate a high-impulse solar-electric propulsion system on a cubesat.
SpaceX planned an initial common engine delivering 200 metric tons of thrust for both ship and booster and planned later versions split into a vacuum-optimized variant with 380+ seconds specific impulse and a sea-level thrust-optimized variant of roughly 250,000 kg.
Enpulsion’s thruster produced 220 micronewtons of thrust with a specific impulse of 4,000 seconds on the tested cubesat.