Lead
In 2025 Stoke Space is racing to make rapid, full reuse practical by building a Nova launcher powered by a full‑flow staged‑combustion first stage and a novel multi‑thruster upper stage. Founders Andy Lapsa and Tom Feldman began the company around 2020 and have since secured a lease at Cape Canaveral’s historic Launch Complex 14, cleared environmental approvals, and completed key engine and stage tests ahead of a targeted debut next year. The firm has raised significant capital, including a $510 million Series D in October 2025, and has a paying customer for the first flight: asteroid‑mining startup AstroForge. The coming months — vehicle integration, first full‑stack test fire, and an initial launch attempt — will determine whether Stoke’s high‑risk technical choices pay off.
Key Takeaways
- Founding and funding: Stoke Space was founded by Andy Lapsa and Tom Feldman around 2020 and closed a seed round of $9.1 million in December 2020; the company raised $510 million in a Series D in October 2025.
- Launch infrastructure: Stoke won the lease for Space Launch Complex 14 (Cape Canaveral) in 2022 and received clearance to break ground on October 20, 2024; pad systems and a water suppression test were completed in October 2025.
- Propulsion milestones: The company completed a hot‑fire test of its full‑flow staged‑combustion first‑stage engine in June 2024 and has tested the full‑scale second stage and a stub first stage at Moses Lake and other sites.
- Vehicle design: Nova’s upper stage, Andromeda, uses a ring of 24 small thrusters and a regeneratively cooled reentry approach, while the first stage relies on full‑flow staged combustion for efficiency and reuse.
- Customer and mission: The inaugural Nova flight is contracted by AstroForge and is planned to travel to the asteroid belt if initial flights are successful.
- Industry context: Stoke is one of fewer than ten serious U.S. commercial orbital launch companies in 2025 after a consolidation that saw firms like Virgin Orbit and ABL fail or pivot.
- Technical risk vs. reward: Stoke chose technically ambitious solutions (full‑flow engines, novel upper‑stage architecture) to maximize performance and enable rapid turnaround; those choices increase development complexity and schedule risk.
Background
The commercial launch market expanded rapidly after SpaceX demonstrated reusable boosters, spawning dozens of startups. By 2020–2021 many new entrants proposed divergent strategies: mass‑produced expendables, air‑launched systems, commoditized engine suppliers, and ambitious reusable designs. Stoke’s founders, both veterans of Blue Origin, decided in 2020 to focus on what they judged the single biggest lever on launch economics: fast, repeated reuse.
To operate from the established U.S. launch ecosystem, Stoke pursued a historic pad at Cape Canaveral. Space Launch Complex 14, the site of John Glenn’s 1962 Friendship 7 mission, was offered for commercial lease by the U.S. Space Force; Stoke won that competition in 2022. Environmental work consumed nearly two years and the company only broke ground on October 20, 2024. Much of the pad infrastructure required demolition and full replacement.
Main Event
Stoke’s development path has emphasized early, scaled testing. In central Washington the company shipped a full‑scale second stage and ran qualification cycles that included multiple cryogenic loadings and pressurization tests. A stub first stage (full diameter, shorter height) also completed qualification work. These activities are intended to reduce risk before the first full‑stack assembly.
On the propulsion front, Stoke committed early to a full‑flow staged‑combustion cycle for Nova’s first stage — a complex architecture that conditions both propellants into gas and routes two preburners through separate turbines. After intensive development, Stoke announced a successful hot‑fire of that engine in June 2024. The company has also tested upper‑stage hardware: Hopper 2 flew in September 2023 and the Andromeda ring‑thruster concept has undergone hop and ground testing.
At Cape Canaveral, site lead Jonathan Lund and his team installed a flame trench, a large launch tower, and a water suppression system that Stoke tested in a launch‑like scenario on October 21, 2025. The pad now houses tanks and integration buildings; the next milestones are full vehicle assembly, integrated ground tests, and a first launch attempt targeted for “next year,” a timeline Stoke treats cautiously.
Analysis & Implications
Technical ambition is Stoke’s defining feature. Full‑flow staged combustion offers higher efficiency and potentially longer engine life for highly reusable vehicles by lowering turbine temperatures and spreading thermal loads. That advantage matters directly for turnaround economics: better specific impulse and higher margins per flight reduce propellant and structural penalties when you reuse hardware. But the architecture is harder to design, build, and test, raising schedule and test‑failure risk.
Stoke’s Andromeda upper stage aims to simplify thermal protection by using regenerative cooling rather than discrete tiles. If successful, a regeneratively cooled skin could cut inspection and refurbishment time on reentry, a key determinant of how quickly a launcher can fly again. However, scaling multiple thrusters and their plumbing interactions introduces new transient behaviors that are difficult to model, so substantial ground validation is necessary before relying on the approach.
Financially, the $510 million Series D announced in October 2025 gives Stoke runway and resources that many peers lacked. The market has been unforgiving to ambitious builders without deep capital; Relativity nearly failed after spending about $4 billion before an investor rescue in 2025, and several other startups shut down after early launch failures. Stoke’s capital position reduces the immediate danger of running out of money, but execution risk remains the dominant threat.
Comparison & Data
| Item | Stoke (2025) | Selected peers |
|---|---|---|
| Founding / seed | ~2020 / $9.1M (Dec 2020) | SpaceX (founded 2002), Relativity (later 2015) |
| Major engine test | Full‑flow hot fire (June 2024) | SpaceX: Raptor first spaceflight spring 2023 |
| Pad & permitting | LC‑14 lease won 2022; broke ground Oct 20, 2024 | Multiple firms lease Florida pads or build in Texas/Wash. |
| Recent funding | $510M Series D (Oct 2025) | Relativity: spent ~$4B prior to 2025 rescue |
The table places Stoke’s technical and financial milestones in context. The firm’s progress on engine testing and pad construction is meaningful compared with peers that ran out of runway before clearing equivalent technical gates. Still, the step from hot fire and stage qualification to a successful orbital, reusable flight remains large.
Reactions & Quotes
Company founders and staff frame Stoke’s choices as intentional tradeoffs: higher development risk for larger long‑term economic benefit. Industry observers are cautiously optimistic but emphasize execution risk.
“The only thing that fundamentally moves the needle is rapid reuse,”
Andy Lapsa, Stoke Space co‑founder
Lapsa has publicly argued that fuel efficiency and rapid turnaround are the single biggest determinants of a sustainable, high‑volume launch business. His remarks underline why Stoke chose full‑flow technology despite the added complexity.
“We fabricated these pieces on site… then we slide it down the ramp right into position. Simple sometimes works best,”
Jonathan Lund, Stoke site lead
Lund, who previously worked on multiple SpaceX pad projects, described practical solutions used at LC‑14 for the flame diverter and water suppression system. His background in pad construction is a tangible asset as Stoke finishes ground infrastructure.
Unconfirmed
- The exact date of the first Nova orbital launch remains unannounced; Stoke has said the target is “next year” but has not provided a specific window.
- The long‑term reliability and maintenance burden of Andromeda’s 24‑thruster ring in repeated reentries is not yet demonstrated beyond component and hop tests.
- Commercial demand projections that assume rapid, airline‑style reuse have not been independently validated for mid‑decade market dynamics.
Bottom Line
Stoke Space has reached meaningful technical and infrastructure milestones: pad lease and construction, stage qualification tests, a successful full‑flow hot fire, and substantial financing. Those achievements mark it as one of the better‑positioned small launch firms in 2025. However, the company’s future hinges on several tightly coupled events: integrated vehicle assembly, first full‑stack test fire, a successful initial orbital flight, and the ability to turn the vehicle around quickly with manageable refurbishment needs.
If Stoke proves both the full‑flow first stage and the Andromeda upper stage in repeated flights, it would validate a path to dramatically lower marginal costs per launch through fast reuse. Conversely, test failures or long refurbishment cycles would undercut the whole economic rationale. The coming 12–18 months are therefore decisive for whether Stoke’s high‑risk, high‑reward strategy moves from credible engineering program to commercial reality.
Sources
- Ars Technica — journalistic reporting and interview (Eric Berger, Nov 2025)
- Stoke Space — company website and press materials
- SpaceX — industry reference for Raptor and reusable launch context