TL;DR
Rocket Lab’s first-quarter revenue grew 64 percent to a record $200 million, its order book hit $2.2 billion and its stock hit an all-time high. The only thing that has not been launched is Neutron, the rocket on which the valuation depends.
Rocket Lab’s revenue grew 64 percent, its stock hit an all-time high, and its order book reached $2.2 billion. The company sold more launches in the first quarter of 2026 than in the entire previous year. The only thing that has not yet been launched is the rocket that the market is valuing.
First-quarter revenue totaled $200.3 million, up from $122.6 million a year earlier, beating analyst estimates that had already risen twice in the past three months. Space Systems, the division that builds satellites and spacecraft components, generated $136.7 million. The launches business contributed 63.7 million. Both exceeded expectations. Shares rose 30 percent in after-hours trading to a record high, valuing the company at about $45 billion.
the fourth
The financial results showed a company that is accelerating in all segments. Gross margin reached 38.2 percent, up from the low thirties a year ago. Net loss narrowed to $45 million from $60.6 million in the first quarter of 2025. Adjusted EBITDA loss was $11.8 million, a figure that suggests profitability is within reach if the revenue trajectory is maintained.
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Rocket Lab signed 31 new Electron and HASTE launch contracts in the quarter, plus five contracts for Neutron, its medium-lift rocket that has yet to fly. The company announced its largest launch deal in history, a wholesale purchase of Neutron and Electron flights from an undisclosed customer whose identity and order size the company declined to reveal.
The same day, Rocket Lab revealed a $30 million contract from Anduril Industries for three HASTE hypersonic test flights from its launch complex in Virginia. The HASTE vehicle, a suborbital variant of Electron, serves as a testbed for hypersonic technologies at speeds above Mach 5. Anduril is funding the flights with its own capital, not government money, a distinction that indicates private sector demand for hypersonic test infrastructure that previously only existed within government programs.
The delay
The accumulated $2.2 billion is the figure that explains why investors have added $10 billion to the company’s market capitalization in a single night. A year ago, Rocket Lab’s order book was approximately 1.1 billion. It has doubled in twelve months. The largest component is an $816 million prime contract to build a missile defense constellation for the Space Development Agency, the satellite acquisition arm of the Space Force.
The second-quarter revenue forecast of $225 million to $240 million exceeded Wall Street’s estimate of $205 million by a wide enough margin to suggest analysts had not fully accounted for the acceleration. Chief executive Peter Beck said the project supports continued growth during the second half and beyond.
The company’s customer base spans government and commercial clients. Launches satellites for the National Reconnaissance Office, NASA, the Space Force and allied militaries. It builds spacecraft components for constellations operated by companies such as GlobalStar. It is developing the SDA tranche 2 transport layer satellites. The breadth of the business is the argument for the valuation: Rocket Lab is not just a launch company, it is a vertically integrated space infrastructure provider.
the rocket
Neutron is the medium-altitude launch vehicle on which Rocket Lab’s ambitions depend. It is designed to transport 13,000 kilograms to low Earth orbit in a reusable configuration and 15,000 kilograms expendable. Its goal is to compete for constellation deployment, national security and deep space missions that are currently served almost exclusively by SpaceX’s Falcon 9.
The rocket has not flown. Beck said first flight hardware integration is underway, qualification of the Archimedes engine is progressing and the second stage and reusable fairing systems are moving forward. The debut release is planned for later this year. Rocket Lab has already said “later this year” about Neutron. The original target was the end of 2024. It slipped to mid-2025 and then to 2026. Each delay has been accompanied by plausible technical explanations and continued patience from investors.
The patience is partly justified by Electron’s track record. Dawn Aerospace, the New Zealand spaceplane company, has shown that small nations can produce credible launch vehicles.but Rocket Lab has gone further than any non-U.S. company or SpaceX in building a commercially successful orbital launch business. Electron has completed more than 60 missions with a success rate of over 95 percent. It is the most frequently launched small orbital rocket in the world. The question is whether the engineering discipline that made Electron reliable can scale to a vehicle ten times its size.
the market
SpaceX, which revealed in its IPO filing that orbital data centers may not be viabledominates the launch market with a cadence and cost structure that no competitor has matched. Falcon 9 launched more than 100 times in 2025. Rocket Lab launched 21 times. The gap is enormous. But the gap in market positioning is narrower than the gap in release frequency suggests.
SpaceX’s order book is dominated by its own Starlink constellation. Rocket Lab’s $2.2 billion order book is almost entirely made up of third-party customers. The distinction is important because it means that Rocket Lab’s revenue is diversified across dozens of government and commercial customers, while SpaceX’s launch revenue is largely self-referential. For customers who want an alternative to SpaceX or who need a launch provider that is not controlled by Elon Musk, Rocket Lab is increasingly the answer.
The race to launch data centers, communications networks and surveillance constellations into orbit is driving demand for launch capacity that exceeds what any provider can offer. NATO backs space and AI startupsThe Space Development Agency is building a proliferated constellation architecture requiring hundreds of satellites, and commercial operators are expanding their own networks. The launch market is not zero-sum. There is more demand than rockets to meet it.
the bet
Peter Beck drew the Rocket Lab logo on a napkin on a flight back to New Zealand in 2006. He skipped university, did an apprenticeship at a toolmaker, built a steam-powered rocket bike, and decided he was going to start a launch company. Twenty years later, the company he founded has a market capitalization of $45 billion, a backlog of $2.2 billion, and contracts with America’s most sensitive national security programs.
European defense technology alliances are forming between artificial intelligence companies and military contractorsBut Rocket Lab has built something rarer: a non-US company to which the US defense establishment entrusts its most classified satellite programs. The SDA constellation contract, NRO missions and Anduril hypersonic flights require security clearances and operational trust that take years to establish.
The stock’s 30 percent rise reflects a market that believes backlog work will be converted into revenue, that Neutron delays will end, and that commercial and defense pipelines will maintain growth rates above 50 percent. Beck has kept all the commitments except the most important one. Neutron’s first flight will determine whether Rocket Lab is a successful small-launch company with a big valuation or a full-spectrum space company that justifies it. Backlog says customers are ready. The question is whether the rocket is.
