Rocket Lab

Rocket Lab Corporation

Company type	Public
Industry	Aerospace, Space launch services, Satellite manufacturing
Founded	1 June 2006 (2006-06-01) in New Zealand
Founder	Peter Beck
Headquarters	Long Beach, California , United States
Area served	Worldwide
Key people	Peter Beck (Founder)
Products	Electron rocket, HASTE sub-orbital rocket, Photon satellite platform, satellite hardware (star trackers, reaction wheels, solar panels, communication radios, separation systems), software for flight and ground control
Owner	Publicly traded company
Number of employees	2600+ (2025)
Website	rocketlabusa.com

Rocket Lab Corporation operates as a publicly listed aerospace manufacturer and launch service provider with a focus on deploying small satellites. Its primary launch vehicle, the Electron orbital rocket, had completed 63 missions by April 2025. Additionally, Rocket Lab markets a sub-orbital Electron variant named HASTE designed for hypersonic flight testing. Besides launch systems, the company produces satellite hardware including star trackers, reaction wheels, solar panels, communication radios, separation mechanisms, and software for both flight operations and ground control.

The Electron rocket, designed for single-use, debuted in May 2017. In August 2020, Rocket Lab unveiled its Photon satellite platform and currently manufactures and operates satellites on behalf of the U.S. Space Development Agency under the U.S. Space Force. In May 2022, the firm attempted to retrieve an Electron booster using helicopter recovery techniques and announced intentions to reuse recovered boosters starting in 2024.

Established in New Zealand in 2006 by entrepreneur Peter Beck, Rocket Lab became the first private company from the Southern Hemisphere to reach space with its Ātea-1 launch in 2009. The company relocated its headquarters to Long Beach, California, in 2013. Growth has been accelerated through acquisitions such as Sinclair Interplanetary (2020), Advanced Solutions (2021), Planetary Systems (2021), and SolAero Holdings (2022). As of June 2024, Rocket Lab employed roughly 2,000 full-time personnel worldwide, with approximately 700 located in New Zealand.

Rocket Lab entered the public market via a SPAC merger on Nasdaq in August 2021, enhancing its financial standing and market visibility. Its business model emphasizes comprehensive space solutions that include launch services, satellite manufacturing, and component supply—targeting both government agencies and commercial clients to foster growth and maintain competitive positioning.

Early Years (2006–2012)

Founded in June 2006 by Peter Beck in New Zealand, the company originated from Beck’s aspiration to develop affordable small rockets following a visit to the United States. Early funding was secured with help from investor and co-director Mark Rocket, who served from 2007 to 2011. Other notable investors included Stephen Tindall, Vinod Khosla, and support from the New Zealand Government.

In November 2009, Rocket Lab became the first private Southern Hemisphere firm to reach space with its Ātea-1 sounding rocket launch; however, the payload was not recovered successfully, rendering the mission partially unsuccessful. The launch took place on Great Mercury Island, owned by investor Michael Fay.

By December 2010, Rocket Lab had obtained a contract from the Operationally Responsive Space Office (ORS) of the U.S. government to develop an economical launcher for CubeSats destined for orbit. This agreement, combined with collaboration with NASA, provided access to select NASA personnel, facilities, and equipment to aid commercial launch development. These strategic partnerships positioned Rocket Lab for expansion within the small satellite launch sector.

Relocation to the United States (2013–2020)

Around 2013, Rocket Lab shifted its headquarters to Huntington Beach, California, aligning itself more closely with U.S. governmental stakeholders and investors. The New Zealand operation became a subsidiary under the American corporate structure.

In 2020, headquarters moved again to Long Beach to accommodate workforce expansion and improve proximity to suppliers and clientele. This new site features an advanced production facility dedicated to manufacturing the Electron rocket, along with administrative offices.

Funding milestones during this period included investments from Khosla Ventures in 2013; Bessemer Venture Partners in 2014; and Lockheed Martin in 2015. A Series D round led by Data Collective raised $75 million in 2017, followed by a $150 million Series E round led by Future Fund in 2018. These capital infusions supported scaling production capabilities and business growth initiatives. The company's inaugural NASA mission occurred in 2018 with a contract valued at $6.9 million.

In 2018, Rocket Lab pivoted towards developing reusable first-stage technology for its Electron rockets aiming to reduce costs and improve competitiveness. By late 2019, proprietary aerothermal decelerator technology was successfully tested for atmospheric reentry alongside parachute-assisted recovery systems. In November 2022, Rocket Lab opened an engine test facility at NASA's Stennis Space Center dedicated to its Archimedes engine program—signaling strategic investment in propulsion technologies.

In March 2020, Rocket Lab broadened its global footprint by acquiring Sinclair Interplanetary, a Canadian manufacturer specializing in small satellite components. This acquisition enhanced Photon satellite bus capabilities and expanded production capacity for components sold externally. Subsequent missions incorporated Sinclair-made payloads, further integrating Rocket Lab’s product offerings across launch vehicles and satellite systems.

Public company (2021–present)

In March 2021, Rocket Lab revealed its intentions to become publicly traded by merging with the special purpose acquisition company Vector Acquisition Corporation (VACQ). This transaction valued Rocket Lab at $4.1 billion and generated $790 million in capital aimed at advancing the development of its medium-lift, two-stage-to-orbit rocket known as Neutron. The Neutron vehicle is designed to serve the mega-constellation satellite deployment sector and incorporates a partially reusable booster capable of Return To Launch Site (RTLS) landings.

Following the merger with VACQ, Rocket Lab commenced trading on the Nasdaq stock exchange on 25 August 2021, with a post-merger valuation of $4.8 billion and gross proceeds of $777 million. At that point, the company employed more than 500 personnel and had successfully launched 105 satellites. Revenue from launch services increased significantly from $13.5 million in 2018 to $48 million in 2019, with an estimated $33 million generated in 2020. Between $250 million and $300 million of the IPO funds were allocated to Neutron’s development, which targets a first flight in 2025.

Rocket Lab announced plans to establish a new manufacturing facility and launch infrastructure in the United States at the Mid-Atlantic Regional Spaceport located in Virginia. The company expanded its capabilities through strategic acquisitions including Advanced Solutions, Inc., specializing in spacecraft flight software; Planetary Systems Corporation, acquired for $81.4 million to enhance satellite separation technologies; and SolAero, which provides space solar power products, thereby broadening its portfolio of offerings.

On 3 May 2022, Rocket Lab reached a significant milestone by successfully capturing the booster of its Electron rocket mid-air via helicopter during the "There And Back Again" mission, showcasing innovative recovery methods for reusable launch vehicles. Although the booster was subsequently recovered from the ocean following an unsuccessful hang maneuver, this event marked progress in reusable technology.

In August 2022, Rocket Lab announced its ambition to become the first private entity to send a mission to Venus with the Venus Life Finder (VLF) probe. This spacecraft is designed to study organic compounds within Venus’s upper atmosphere and is scheduled for launch in summer 2026 aboard an Electron rocket.

In October 2023, Rocket Lab inaugurated an engine development center in Long Beach after acquiring assets from Virgin Orbit’s bankruptcy proceedings. This facility supports ongoing work on the Archimedes engine.

By January 2024, Rocket Lab secured its largest contract to date as prime contractor for a United States Space Force military satellite project valued at $515 million, solidifying its role within defense-related markets.

As of April 2024, Rocket Lab diversified its business by entering the carbon composite product sales market.

The company continues advancing critical technologies including the reusable unibody Neutron rocket, various spacecraft bus platforms, and multiple rocket engines such as Rutherford, Curie, HyperCurie, and Archimedes. Testing for Neutron’s engines commenced in mid-2024.

In November 2024, Rocket Lab’s U.S. headquarters threatened legal proceedings against a New Zealand academic over claims concerning military affiliations.

In May 2025, Rocket Lab agreed to acquire Geost, incorporating an additional 115 specialists and increasing total workforce beyond 2,600 employees. On 30 May 2025, it secured a $460 million contract through Geost to develop the Golden Dome missile defense system, representing substantial expansion within national security sectors.

Electron orbital rocket

Electron is a two-stage launch vehicle that utilizes Rocket Lab's proprietary Rutherford liquid engines on both stages. It is capable of delivering payloads weighing up to 150 kg into a 500 km Sun-synchronous orbit at an estimated price below US$5 million per mission. The Rutherford engine is distinguished by its use of battery-powered electric motors to drive the turbopumps, with a significant portion of its components produced through 3D printing using electron beam melting techniques.

By March 2016, the second-stage Rutherford engine had successfully completed its firing tests. The inaugural Electron test flight took place on 25 May 2017 from New Zealand’s Māhia Peninsula, achieving spaceflight but failing to reach orbit due to loss of telemetry data.

On 21 January 2018, Electron’s second flight achieved orbit, deploying CubeSats for clients including Planet Labs and Spire Global. This mission also carried the Humanity Star, a reflective carbon fiber sphere intended for Earth visibility, which re-entered the atmosphere in March 2018. The first revenue-generating launch occurred on 11 November 2018, carrying satellites for Spire Global, GeoOptics, a high school CubeSat, and an experimental dragsail.

Flight 13 experienced a failure during the second-stage burn on 4 July 2020, resulting in loss of all payloads. Nevertheless, the "Return to Sender" mission on 19 November 2020 successfully deployed 30 small satellites and demonstrated first-stage booster recovery. Booster recovery attempts continued with the "Running Out Of Toes" mission in May 2021; however, this launch failed to insert two BlackSky satellites into orbit due to a second-stage anomaly.

On 15 September 2022, Electron launched the "The Owl Spreads Its Wings" mission, deploying a synthetic-aperture radar satellite. Another setback occurred on 19 September 2023 when the second stage failed shortly after separation during a Capella Space satellite deployment. Electron resumed flights successfully on 14 December 2023 by delivering a Japanese radar imaging satellite, marking its tenth flight within that year.

Rocket Lab has pursued first-stage recovery through helicopter catch attempts (two so far) and six controlled water splashdowns, advancing toward reusability and enhanced cost-effectiveness for small satellite launches.

HASTE suborbital rocket

The Hypersonic Accelerator Suborbital Test Electron (HASTE) is a suborbital launch vehicle developed from the Electron orbital rocket platform. It is designed to support hypersonic research and suborbital system technology demonstrations. HASTE’s maiden flight, named "Scout's Arrow," was successfully conducted on 18 June 2023 for Leidos.

HASTE offers a payload capacity approximately twice that of Electron and can deploy payloads from altitudes starting at . Two launches were scheduled for 2024, with contracts secured for at least six missions as of November 2023.

Neutron reusable rocket

Unveiled in March 2021, Neutron is a medium-lift, two-stage launch vehicle designed to be human-rated. It features an anticipated height of , equipped with a fairing measuring in diameter, and aims to deliver payloads up to . The program prioritizes first-stage reusability with plans for ocean landings on autonomous platforms akin to SpaceX’s Falcon series; however, recent design updates indicate a shift toward returning stages to land-based sites to eliminate reliance on fixed offshore assets.

Neutron launches will be conducted from the Mid-Atlantic Regional Spaceport (MARS) located in Virginia. Modifications are underway at Launch Pad 0A (LP-0A), while manufacturing operations will take place at a newly constructed facility adjacent to MARS Launch Complex 2—currently utilized for Electron production. Groundbreaking for this site occurred on 11 April 2022. The first flight is targeted no earlier than mid-2025.

By mid-2024, Rocket Lab completed assembly of the initial Archimedes engine intended for testing at Stennis Space Center, alongside progress on Neutron’s fairing components. These milestones reinforce Rocket Lab’s strategic positioning as an innovator in reusable aerospace launch systems.

Ātea sounding rocket

The Ātea sub-orbital sounding rocket, whose name means "space" in Māori, had its sole launch in late 2009. Measuring 6 meters in length and weighing around 60 kg, the rocket was engineered to deliver a payload of approximately 2 kg to an altitude near 120 km. Its primary purpose was to transport scientific instruments or personal items into sub-orbital space.

Known as Ātea-1 and given the Māori name Manu Karere ("Bird Messenger") by local iwi, the rocket successfully lifted off from Great Mercury Island, close to the Coromandel Peninsula, on 30 November 2009 at 01:23 UTC. Tracking was maintained through a GPS uplink to the Inmarsat-B satellite network. Upon completion of its flight, Ātea-1 landed roughly 50 km downrange in the ocean. Although the payload carried instrumentation, it lacked a telemetry downlink and was not retrieved due to having no practical value. The company advised against handling the payload if found at sea because of its fragile condition and potential hazards.

Telemetry from the boost stage provided valuable performance metrics and was recovered after flight. This achievement marked a pivotal moment for Rocket Lab, allowing the team to shift focus toward developing their Electron launch vehicle, representing a strategic advancement in both business growth and technological development.

Notable missions

In February 2020, NASA selected Rocket Lab to launch the CAPSTONE CubeSat aboard the Electron rocket and deploy it using Rocket Lab’s Photon spacecraft bus into lunar orbit. CAPSTONE, a CubeSat roughly the size of a microwave oven and weighing 55 pounds, is pioneering tests of an innovative elliptical lunar orbit. This mission acts as a precursor for NASA’s Artemis program and the Lunar Gateway project by validating navigation systems and confirming orbital mechanics to reduce mission risks.

Initially planned for launch from Virginia, delays in certifying NASA’s autonomous flight termination system for Electron launches there led to relocating the mission to Rocket Lab Launch Complex 1 in New Zealand in August 2021. CAPSTONE successfully launched in June 2022; subsequently, Photon's HyperCurie engine executed the final Translunar Injection Burn on July 4, setting the spacecraft on its path to the Moon. After completing its primary six-month objective, CAPSTONE entered an extended mission phase as of July 2023, continuing to supply data supporting Artemis goals.

Viscous liquid monopropellant

In 2012, Rocket Lab demonstrated propulsion using a viscous liquid monopropellant (VLM), developed through collaboration with DARPA and the Office of Naval Research. This thixotropic propellant behaves like a solid until subjected to shear forces that cause it to flow like a liquid. Its density is similar to that of solid rocket propellants. The VLM required no specialized handling procedures, was non-toxic, dissolvable in water, exhibited low sensitivity to shocks, had a high ignition temperature, and posed minimal flammability risk in atmospheric conditions. Rocket Lab obtained a US patent for this technology, underscoring its innovative approach to propulsion solutions.

Instant Eyes

In 2011, Rocket Lab introduced the "Instant Eyes" program featuring an unmanned aerial vehicle (UAV) designed for rapid military surveillance missions. Equipped with a 5-megapixel camera, this UAV could ascend to altitudes of up to 2,500 feet within twenty seconds post-launch, enabling swift aerial reconnaissance capabilities. Targeting defense sector applications, this product highlighted Rocket Lab’s expansion into tactical UAV technologies and broadened its aerospace portfolio with advanced surveillance solutions.

Mars sample return

In October 2024, Rocket Lab was awarded a NASA contract to create innovative approaches for retrieving samples from the Martian surface. This achievement strengthens the company's role in planetary exploration and broadens its portfolio of services.

Manufacturing

Rocket Lab revealed its manufacturing plant in Auckland, New Zealand, in October 2018. This facility is tasked with fabricating propellant tanks and assembling launch vehicles destined for Launch Complex 1. Meanwhile, the Long Beach, California headquarters specializes in producing Rutherford engines and avionics systems. The central manufacturing site located in Huntington Beach handles the construction and assembly of various rocket components before they are shipped to the New Zealand launch location.

The Electron rocket’s first stage is crafted from carbon composite materials that offer both durability and reduced weight. Once completed, this stage is transported to the launch site where it is joined with the second stage, which is powered by a single Rutherford engine utilizing electric pump-fed technology.

Previously, manufacturing carbon composite parts required approximately 400 hours of manual labor. However, in late 2019, Rocket Lab introduced "Rosie the Robot," an automated system that cut production time down to just 12 hours. This advancement supports the company’s objective to reduce the Electron rocket’s production cycle to one week, significantly improving manufacturing throughput and scalability.

The production of Rutherford engines incorporates additive manufacturing methods, enhancing precision while lowering costs.

In October 2023, Rocket Lab bolstered its carbon composite production capabilities by acquiring facilities, equipment, and over 50 staff members from SailGP Technologies based in Warkworth, New Zealand. This strategic move aims to increase Electron manufacturing output and accelerate development efforts for the Neutron rocket.

That same month, the company inaugurated an Engine Development Center in Long Beach within the former Virgin Orbit factory premises. This center focuses on manufacturing Rutherford and Archimedes engines. In November 2023, Rocket Lab announced plans to establish a Space Structures Complex in Middle River, Maryland. This facility will produce advanced composite components both for internal use and for external customers within the space industry, supporting vertical integration for Neutron’s carbon composite structures.

Rocket Lab has expanded its global footprint through targeted acquisitions including facilities in Albuquerque (SolAero), Littleton (ASI), Maryland (Planetary Systems Corporation), and Toronto (Sinclair Interplanetary). In September 2021, it launched a new production line in Auckland capable of producing up to 2,000 reaction wheels annually for a prominent satellite internet constellation client, strengthening its position in spacecraft component supply chains.

Launch Complex 1

Rocket Lab’s Launch Complex 1 (LC-1) is a privately owned orbital launch facility situated on New Zealand’s Māhia Peninsula. The complex comprises two launch pads, a vehicle integration building, and a range control center designed specifically to support Electron launches tailored for small satellite missions.

Originally intending to operate from Kaitorete Spit, Rocket Lab shifted its primary launch operations to Māhia Peninsula due to challenges obtaining resource consents. The site holds a license permitting rocket launches every 72 hours over a 30-year period. LC-1A officially began operations in September 2016. Construction of a second pad, LC-1B, commenced in December 2019; its inaugural launch named "The Owl's Night Continues" occurred in February 2022.

Since becoming operational in 2017, LC-1 has facilitated launches for clients such as NASA, the U.S. Air Force, and commercial satellite operators. The first Electron flight from LC-1A was titled "It's a Test" in 2017. The addition of LC-1B has expanded launch capacity to address increasing market demand. This launch complex remains a cornerstone of Rocket Lab’s business strategy and worldwide operations, enhancing its competitive standing within the small satellite launch sector.

Launch Complex 2

Towards the end of 2018, the company chose MARS as its second launch facility due to its established infrastructure, minimal competition, and orbital trajectories that complement those of LC-1. Situated at MARS Launch Pad 0A, LC-2 was engineered to support monthly launch operations. The completion of construction in December 2019 marked the formal opening of this complex.

The inaugural Electron launch from LC-2 took place on 24 January 2023 during the "Virginia is for launch lovers" mission, which successfully deployed three satellites into orbit. Subsequently, two more missions were conducted from this site, underscoring its significance in broadening the company’s U.S.-based launch capabilities and enhancing its market footprint.

Launch Complex 3

In October 2023, work commenced on a new launch facility positioned between LP-0A and LP-0B, intended for Rocket Lab’s Neutron rocket. This site, designated Launch Pad 0D (LP-0D) and referred to by Rocket Lab as Launch Complex 3 (LC-3), is located on Wallops Island. By April 2024, critical infrastructure such as the water tower had been installed, with concrete foundations finalized by May 2024. This development supports the company’s growth in launch capacity and strengthens its competitive stance within the aerospace sector.