#^Rocket Lab signs new launch contracts and acquires robotics company during Q1 2026
Rocket Lab opened 2026 by breaking every record it set in 2025. The company signed more launch contracts in three months than it flew missions in all of last year, completed the acquisition of laser communications firm Mynaric AG, entered into a definitive agreement to acquire space robotics company Motiv Space Systems, introduced a new electric satellite thruster, and was selected alongside Raytheon to demonstrate capabilities for the U.S. Space Force’s Space Based Interceptor program.
What’s more, for the first time in company history, the company cleared $200 million in a single quarter, reporting $200.3 million in first-quarter revenue, up 63.5% from the same period last year. The company’s contracted backlog also grew to $2.2 billion. Neutron’s first flight remains targeted for Q4 2026, for which FAA launch permits have been filed, and Rocket Lab enters Q2 with more than $2 billion in available liquidity.
The headline data point from Q1 is not a financial figure. Rocket Lab signed 36 new launch contracts between January and March, comprising 31 Electron and HASTE agreements plus five dedicated Neutron bookings. That single-quarter total surpasses the 21 missions the company flew across all of 2025, and the total contracted manifest now stands at more than 70 missions across both vehicles. The five Neutron contracts signed in Q1 are the first publicly acknowledged commercial bookings for the vehicle, a meaningful signal that customers are prepared to commit to a rocket that has not yet flown.
The strongest quarter in Rocket Lab history pic.twitter.com/PIMT924NoL
— Rocket Lab (@RocketLab) May 7, 2026
Among the new agreements was a $30 million contract with Anduril Industries for three Hypersonic Accelerator Suborbital Rest Electron (HASTE) hypersonic test flights from Launch Complex 2 (LC-2) at Wallops Island, Virginia, with the first expected within twelve months.
Once a niche test service, HASTE, Rocket Lab’s dedicated hypersonic suborbital test vehicle, now sits at the center of a growing national security customer base, with Department of Defense programs, including Golden Dome, driving demand for dedicated hypersonic flight test capability.
Q1’s financial results tell the story of a company that has moved well beyond its small launch origins. The $200.3 million result cleared analyst expectations of approximately $190 million and came in above the upper bound of Rocket Lab’s own projected range, driven by strong performance in solar products and launch services. For Q2, Rocket Lab projected revenue of $225 to $240 million, which would set yet another quarterly record, with CFO Adam Spice noting that operating expenses will increase as Rocket Lab completes Neutron development and builds initial flight units.
According to Rocket Lab, Neutron remains on schedule for its Q4 2026 debut, with the first of its flight hardware coming together at the company’s Assembly and Integration Complex in Virginia. Archimedes engine qualification continued to build toward flight readiness during the quarter, and both the second stage and reusable fairing systems cleared additional milestones. The Stage 1 propellant tank that failed hydrostatic pressure testing in January is being replaced with a unit produced on an automated fiber placement machine, a manufacturing change that eliminates the hand-lay defect class responsible for the original rupture.
Rocket Lab has filed launch permits with the FAA for a debut window running July 1 through December 31, 2026, putting the program’s timeline on paper with federal regulators for the first time. The vehicle itself stands 43 m tall and is capable of lifting up to 13,000 kg to low-Earth orbit, burning liquid oxygen and liquid methane across both stages.
Nine Archimedes engines power the first stage, while a single vacuum-optimized Archimedes engine powers the second. Rather than being jettisoned at staging, the “Hungry Hippo” fairing stays bolted to the booster, opening to dispatch the upper stage and payload before folding back shut and riding with the first stage all the way to recovery. The first stage can land back at the launch site or aboard Rocket Lab’s recovery barge,
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The most strategically significant announcement accompanying the Q1 results was Rocket Lab’s selection, partnered with Raytheon, to demonstrate capabilities for the U.S. Space Force’s Space Based Interceptor (SBI) program, the orbital intercept layer of the administration’s Golden Dome missile defense architecture. Raytheon is one of 12 companies selected by the Space Force for the SBI effort, which uses Other Transaction agreements to reduce upfront government investment while multiple teams compete through rapid prototyping.
The structure requires participants to commit their own resources to demonstrate capability, with the potential to unlock substantially larger revenue in later program phases. Rocket Lab characterized Golden Dome as potentially the most consequential national security space program in the current defense budget cycle.
Added to the company’s existing $1.3 billion in Space Development Agency contracts, the SBI selection means Rocket Lab now has a hand in nearly every significant layer of the national missile defense build-out, putting both its rockets and its spacecraft to work.
Rocket Lab completed the acquisition of Mynaric AG on April 14. Mynaric, headquartered in Munich, Germany, produces CONDOR Mk3 laser optical communications terminals and was already supplying hardware to Rocket Lab’s SDA satellite programs before the deal was finalized. The acquisition establishes Rocket Lab’s first European operational footprint under the Rocket Lab Europe designation, positioning the company to pursue European government space programs that favor regionally anchored suppliers.
Acquisition Alert: We're welcoming Motiv Space Systems to the Rocket Lab team.
Motiv is renowned for its advanced robotic arms, actuators, and drive electronics that have enabled some of the most ambitious missions, including NASA’s Mars Perseverance rover.
Motiv will also… pic.twitter.com/FYh3cafAzr
— Rocket Lab (@RocketLab) May 7, 2026
The company’s recent acquisition of Motiv Space Systems adds a new dimension, bringing Mars-proven robotics, precision mechanisms, and motion-control systems into the portfolio. Motiv’s heritage in Mars surface missions gives Rocket Lab the capability to support advanced planetary exploration and national security missions with stringent reliability requirements, while also addressing a supply chain vulnerability in solar array drive assemblies and precision components, which are currently sourced from third parties.
Alongside the two acquisitions, Rocket Lab introduced Gauss during Q1, a new electric satellite thruster built for high-volume production, extending the company’s component catalog into propulsion hardware for both commercial and government constellation operators.
A year ago, Rocket Lab was a launch company that built satellites. Today, it also makes the laser terminals that link them, the thrusters that move them, the precision optics that give them sight, and the robotic mechanisms that deploy them. Rocket Lab’s satellite and component products have now supported more than 1,700 missions spanning GPS, commercial constellations, and planetary exploration programs.
That installed heritage gives the company a credibility foundation in subsystem markets that newer entrants lack, and the vertical integration strategy it enables has already proven decisive in winning the SDA Tranche 3 contract against established defense primes.
(Lead image: Electron launches from Rocket Lab’s LC-2 at Wallops Island. Credit: Rocket Lab)
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