Stoke Space Raises $1 Billion to Build a Larger Reusable Rocket

Stoke Space Technologies has raised $1 billion in a Series E round co-led by Point72 Ventures and Spark Capital, with General Innovation, Glade Brook Capital, U.S. Innovation Technology, Washington Harbour Partners, Woven Capital, and Y Combinator also participating, bringing the company's total funding to $2.3 billion. The new capital will fund Stoke's first orbital launch, expand its production and launch capacity, and accelerate development of a larger vehicle, Nova Block 2, capable of carrying 15 metric tons to low Earth orbit.

Betting on Full Reusability Before Reaching Orbit

Unlike most launch companies, which typically prove out expendable or partially reusable vehicles before attempting full reusability, Stoke has designed its Nova rocket around full reusability, including a novel reusable second stage, from the outset, with its first orbital launch still ahead of it and now targeted for early 2027. That sequencing is unusual and carries real technical risk, but it also means any successful orbital debut would arrive already validating the company's most differentiated and capital-intensive engineering bet, rather than requiring a separate, later round to prove out reusability after establishing basic orbital access. A reusable second stage in particular has proven far harder to engineer than a reusable first stage, since it must survive atmospheric reentry at far higher speeds, and no launch company has yet demonstrated one operating commercially at scale.

A Billion-Dollar Round for a Rocket That Has Not Yet Flown

Raising $1 billion before a single orbital flight is an unusually large bet even by aerospace venture standards, and it reflects investor confidence that fully reusable second-stage technology, if it works, represents a large enough cost advantage over the current generation of partially reusable vehicles to justify the capital and technical risk required to get there first. The scale of the round also signals that Stoke's investor base is underwriting a multi-year development timeline rather than expecting a near-term commercial inflection point.

What This Means for Founders

Stoke Space's round illustrates how investors will fund extraordinarily large, multi-year technical bets when the potential cost or performance advantage is large enough and the team has already demonstrated meaningful engineering progress, even without near-term revenue to point to. AngelLinx's investor directory helps founders building capital-intensive, technically ambitious hardware businesses connect with investors who understand long development timelines, and the fit-scoring match tool surfaces the right specialist match. The live listings page shows current founder campaigns performing against real investor interest today, and AngelLinx's guide to managing runway is essential reading for founders planning multi-year, pre-revenue development cycles. The AngelLinx newsroom tracks major aerospace and deep-tech funding as it develops. Founders building ambitious, capital-intensive technology businesses can register at https://angellinx.ai/register today.

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