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Stoke Space flew its Hopper2 prototype upper stage at a test site in Moses Lake, Washington on 2023-09-17.
The 2023-09-17 hop concluded Stoke Space’s Hopper effort to develop technologies for a future reusable upper stage.
Stoke Space has raised about $75,000,000 to date, including a $65,000,000 Series A round in late 2021.
Stoke Space aims to design and build a rocket that is 100 percent reusable with a 24-hour turnaround.
Stoke Space is building an efficient and rapidly reusable rocket with a fully reusable upper stage capable of delivering cargo to and from orbit.
Space Launch Delta 45 allocated Launch Complex 14 at Cape Canaveral Space Force Station in Florida to Stoke Space.
The Series A funding will allow Stoke Space to complete development of a prototype upper stage and conduct a series of flight tests starting at the end of 2022.
Stoke Space raised $65,000,000 in a Series A round announced on 2021-12-15 to fund development and testing of the upper stage of a reusable launch vehicle.
Breakthrough Energy Ventures led Stoke Space’s $65,000,000 Series A funding round.
Stoke Space plans to begin flight tests with low-altitude vertical takeoff and landing tests at its test site in Moses Lake, Washington, and to progress toward higher-altitude tests that may take place at other locations.
Stoke Space’s vehicle features an engine designed to operate both at low altitudes and in vacuum.
Several investors from Stoke Space’s $9,100,000 seed round announced in February participated in the Series A financing.
Stoke-Space Technologies raised $9,100,000 in seed capital for development work on a rocket second stage.
Stoke Space Technologies plans to size its vehicle based on market demand to achieve its desired launch cadence.
Stoke Space Technologies received a $225,000 Small Business Innovation Research award from the National Science Foundation in 2020 for an integrated propulsion solution to enable reusable upper stages.
Stoke Space Technologies received a $125,000 Small Business Innovation Research award from NASA in 2020 to study a novel rocket engine configuration for upper stages and planetary landers.
Stoke Space Technologies’ stated goal is to develop 100% reusable rockets designed to fly daily and to reduce the cost of space access by a factor of 20.
Stoke Space Technologies raised $9,100,000 in seed funding in a round announced 2025-02-25.