Rocket Lab USA, Inc.

Rocket Lab USA, Inc.

RKLB

$71.98

Updated: 23/09/2026, 14:07:10

Market Cap
$41.67B
Sector
Industrials
Industry
Aerospace & Defense
Country
US
Stock valuation chart
One-year closing share-price history for RKLB
Company Profile

Headquartered in Long Beach, California, Rocket Lab USA, Inc. is a prominent aerospace firm established in 2006. This company delivers a comprehensive suite of space-related services and hardware, primarily catering to the space and defense industries. Their operations encompass orbital launch capabilities, advanced spacecraft engineering and construction, production of various spacecraft components, and sophisticated on-orbit management services, including full constellation management. Rocket Lab is known for developing and producing a range of launch vehicles, from small to medium-class rockets. Key products include the highly successful Electron small orbital launch vehicle and the versatile Photon satellite platforms, both of which they design, manufacture, and market. Furthermore, the company is actively developing the larger Neutron launch vehicle, capable of carrying 8-ton payloads. Beyond manufacturing, they also conduct remote launch operations and craft specialized components and subsystems for both their Photon spacecraft family and the broader commercial spacecraft market. Their diverse clientele spans commercial enterprises, major aerospace contractors, and governmental entities.

USD
NASDAQ
CEO: Sir Peter Beck
Employees: 2,600
https://rocketlabcorp.com
Asset Summaries
Latest generated summaries for RKLB

No summaries found.

Detailed business
Evidence-backed facts extracted from the latest official annual filing.
RKLB-10-k-fy2025.html2.3 MBtext/htmlENFiled 26/02/2026Period ended 31/12/2025

Business monitoring

Reported and calculated KPIs plus operational exposure disclosed in the FY 2025 filing.

Evidence-backed · 52 KPI observations

Revenue

$0.6B

FY 2025 · Reported

Net income

$-0.2B

FY 2025 · Reported

Gross margin

34.4%

FY 2025 · Calculated

Free cash flow

$-0.3B

FY 2025 · Calculated

R&D intensity

45.0%

FY 2025 · Calculated

Share repurchases

N/A

FY — · Reported

Earnings and cash generation
USD billions, directly sourced from inline XBRL; free cash flow is operating cash flow less capex.
Profitability and reinvestment
Margins and R&D as a percentage of revenue.
Top products and services
Products and services mentioned in the filing; a quantitative sales breakdown was not disclosed.

Other offerings mentioned without separate sales

Electron launch track record
Electron small launch vehicle
Neutron medium launch vehicle (in development)
Spacecraft components portfolio

Area-level product sales are displayed only when the filing reports a product × geography breakdown. Regional totals are not allocated across products by estimation.

Geographic footprint
What the filing identifies, separated by location role so partner manufacturing is not presented as Apple-owned factories.
1 named headquarters
0 manufacturing countries
0 individually named factories

Map layer

Pins show disclosed operations. The heatmap colors the filing’s reported geographies; regional figures shade the region and are not estimates for each country.

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Named headquarters Manufacturing partner country

Only locations and quantities explicitly supported by the filing are displayed. A country-level manufacturing percentage or product allocation is shown only when the source discloses it; materiality scores are never presented as production shares.

How the business makes money

End-to-end space company

End-to-end space company: launch services, space systems, spacecraft components, optical systems, on-orbit management

98%
Source evidence
“Rocket Lab is an end-to-end space company with an established track record of mission success. We deliver reliable launch services, spacecraft design services, spacecraft components, spacecraft manufacturing, optical systems and other spacecraft and on-orbit management solutions”

Launch Services segment

Launch Services: design, manufacture, and launch of orbital rockets to Earth orbits and interplanetary destinations

95%
Source evidence
“Launch Services is the design, manufacture, and launch of orbital rockets to deploy payloads to various Earth orbits and interplanetary destinations.”

Space Systems segment

Space Systems: spacecraft design/manufacture, components, program management, space data applications, mission operations, optical systems

95%
Source evidence
“Space Systems is the design and manufacture of spacecraft, spacecraft components and spacecraft program management services, space data applications, mission operations and optical systems.”

Government customers

Government: DoW, NASA, DARPA, NRO and other U.S. government agencies

95%
Source evidence
“including the United States ("U.S.") Department of War ("DoW"), the National Aeronautics and Space Administration ("NASA"), the Defense Advanced Research Projects Agency ("DARPA"), the National Reconnaissance Office ("NRO")”

Commercial spacecraft operator customers

Commercial operators: Blacksky Holdings, Canon, Kinéis, Capella Space, Planet, OHB Group, Synspective

94%
Source evidence
“a number of domestic and international commercial spacecraft operators including Blacksky Holdings, Canon, Kinéis, Capella Space, Planet, OHB Group and Synspective”

Space Systems customer mix

Space Systems: flight hardware on over 1,800 missions; commercial, aerospace prime contractors, government customers

90%
Source evidence
“As of December 31, 2025, we have flight hardware on over 1,800 missions, including legacy missions enabled by Sinclair Interplanetary (acquired April 2020)”

Electron launch track record

Over 200 spacecraft delivered across 75 successful missions through Dec 31, 2025; second most frequently launched orbital rocket in 2025

97%
Source evidence
“Since our first Electron launch in 2017 through December 31, 2025, we have delivered over 200 spacecraft to orbit across 75 successful missions for commercial and government customers”

Electron small launch vehicle

Electron: fully carbon composite small launch vehicle with Rutherford 3D printed electric turbopump engines

97%
Source evidence
“We provide customers with frequent, reliable and cost-effective access to orbit with Electron, a fully carbon composite launch vehicle powered by Rutherford, our electric turbopump 3D printed engines.”

Neutron medium launch vehicle (in development)

Neutron: medium launch vehicle in development, ~13,000 kg payload to LEO in reusable configuration, tailored for constellation deployments and interplanetary missions

96%
Source evidence
“We anticipate Neutron will have a payload capacity of approximately 13,000 kg for reusable configuration launches to low Earth orbit and support lighter payloads for higher orbits. Neutron is tailored for large constellation deployments, interplanetary missions and potentially for human spaceflight.”

Spacecraft components portfolio

Components: reaction wheels, star trackers, radios, separation systems, solar solutions, command and control software, high voltage space grade batteries, optical solutions

94%
Source evidence
“including reaction wheels, star trackers, radios, separation systems, solar solutions, command and control spacecraft software, high voltage space grade battery solutions, optical solutions and additional products in development”

Operations and dependencies

Launch Complex 1 (LC-1), Mahia, New Zealand

LC-1 Mahia, New Zealand: private complex, two pads, up to 120 missions/year, enabled by U.S.-New Zealand bi-lateral treaty

96%
Source evidence
“We currently operate a private launch complex located in Mahia, New Zealand, which we refer to as Launch Complex 1 ("LC-1"). This launch complex is supported by a bi-lateral treaty between the United States and New Zealand governments”

Launch Complex 2 (LC-2), Wallops Island, Virginia

LC-2 Wallops Island, Virginia: licensed 8 missions/year, 24-hour rapid call-up capability for defense needs

94%
Source evidence
“We also operate a dedicated launch pad at NASA's Wallops Flight Facility, at Wallops Island, Virginia, which we refer to as Launch Complex 2 ("LC-2"). LC-2 can support 24-hour rapid call-up capability for defense needs and urgent constellation replenishment and is currently licensed to launch 8 missions per year.”

Albuquerque, New Mexico solar cell production facility

Albuquerque, NM: ~160,000 sq ft solar cell through solar array production and R&D complex

93%
Source evidence
“Our solar cell through solar array production activities are conducted at our Albuquerque, New Mexico facility. From this location we research, develop, design and manufacture solar power solutions in an approximately 160,000 square foot production, research and development complex.”

Launch Complex 3 (LC-3), Wallops Island, Virginia (under construction)

LC-3 under construction at Mid-Atlantic Regional Spaceport for Neutron; licensed 2 missions/year; expected in service 2026

93%
Source evidence
“The complex is designed to support both commercial and U.S. government launch services and is licensed to support 2 missions per year, with the potential for an increased number of missions pending ongoing assessments.”

Tucson, Arizona optical systems facility

Tucson, AZ: optical systems business, advanced EO/IR sensor payloads

92%
Source evidence
“Our optical systems business is based out of our Tucson, Arizona facilities. At these facilities we research, develop, design and manufacture advanced EO/IR sensor payloads.”

Employee headcount

Over 2,600 full-time permanent employees worldwide (Dec 31, 2025), up from ~1,400 in Dec 2022; no collective bargaining agreements

95%
Source evidence
“As of December 31, 2025, we had over 2,600 full-time permanent employees worldwide.”

Positioning and strategy

GEOST LLC acquisition (August 2025)

GEOST acquired Aug 2025 for $290.2M total purchase price (3,057,588 shares at $45.02 plus contingent consideration); goodwill $134.7M allocated to space systems

94%
Source evidence
“The Company issued 3,057,588 shares of common stock, with the fair value determined based on the Company's common stock closing price of $45.02 on August 11, 2025.”

Virgin Orbit Asset Purchase Agreement (June 2023)

Virgin Orbit APA closed June 2, 2023: Long Beach, CA lease and production assets for $16.9M total consideration

92%
Source evidence
“On June 2, 2023, Company closed on the purchase of certain assets pursuant to an Asset Purchase Agreement (the "Virgin APA") with Virgin Orbit Holdings, Inc. to acquire certain assets, including a real property lease for a property located in Long Beach, California and certain production assets, machinery and equipment.”

Prior space systems acquisitions

Acquisitions: Sinclair Interplanetary (2020), ASI (2021), Planetary Systems Corp (2021), SolAero (2022)

92%
Source evidence
“Sinclair Interplanetary (acquired April 2020), Advanced Solutions, Incorporated (acquired October 2021), Planetary Systems Corporation (acquired November 2021), SolAero Technologies Corp. (acquired January 2022) and GEOST LLC ("GEOST") (acquired August 2025)”

U.S.-New Zealand treaty advantage

U.S.-New Zealand bi-lateral treaty for U.S. technology launches from LC-1 provides competitive advantage

92%
Source evidence
“This treaty provides us with a competitive advantage over other companies launching rockets from outside the U.S. that do not have the benefit of such a treaty.”

Vertical integration and 3D printing

Deep vertical integration; first to 3D print an orbital rocket engine; 800+ engines flown as of Dec 31, 2025

92%
Source evidence
“We believe we were the first company to 3D print an orbital rocket engine, and as of December 31, 2025, have flight heritage with over 800 engines launched to space.”

Spacecraft solutions competitors

Spacecraft solutions: Airbus, Lockheed, Boeing, General Atomics, General Dynamics, Maxar, Northrop Grumman, Raytheon, Thales Alenia Space, Astro Digital, York Space Systems, L3Harris

93%
Source evidence
“companies providing spacecraft solutions, such as Airbus, Lockheed, Boeing, General Atomics, General Dynamics, Maxar Technology, Northrop Grumman, Raytheon Technologies, Thales Alenia Space, Astro Digital, York Space Systems and L3Harris”

Spacecraft components competitors

Components: Ball Aerospace, Raytheon, Collins Aerospace, Bradford Space, Honeywell Aerospace, GOMSpace, Redwire, Beyond Gravity

93%
Source evidence
“companies providing spacecraft components in the commercial marketplace, such as Ball Aerospace, Raytheon, Collins Aerospace, Bradford Space, Honeywell Aerospace, GOMSpace, Redwire and Beyond Gravity”

Launch competitors

Launch: Northrop Grumman, SpaceX, ULA, Firefly, Blue Origin, Russian/Indian/Chinese/European/Japanese providers

93%
Source evidence
“companies providing dedicated and rideshare launch vehicles to deliver payloads to generic and custom planes/inclinations and altitude trajectories, such as Northrop Grumman, SpaceX, United Launch Alliance (a joint venture between Lockheed Martin Corporation and The Boeing Company), Firefly, Blue Origin”

Growing demand for space applications

Demand for communications, remote sensing, Earth observation, meteorology and navigation; spacecraft miniaturization driving small launch demand

92%
Source evidence
“Advances in technologies, materials and components have led to miniaturization of spacecraft and a significant reduction in cost and time-to-market, concurrent with the increase in demand for space applications such as communications, remote sensing, Earth observation, meteorology and navigation.”

Constellation missions share of demand

Constellation missions expected to be increasing share of small spacecraft launched vs one-off missions

90%
Source evidence
“We expect constellation missions to make up an increasing percentage of small spacecraft launched, versus bespoke or one-off missions.”

Leading small launch vehicle

Electron is the leading small spacecraft launch vehicle with first-mover flight heritage

90%
Source evidence
“Electron has become the leading small spacecraft launch vehicle delivering over 200 spacecraft to orbit for government and commercial customers across 75 successful missions through December 31, 2025.”

Neutron development for constellation market

Develop Neutron for constellation deployments, potential human spaceflight, crew/cargo resupply to space stations

92%
Source evidence
“Neutron will be tailored for commercial and U.S. government constellation launches and ultimately configurable for and capable of human space flight, enabling us to provide crew and cargo resupply to space stations.”

Risks, financing, and outlook

Liquidity position

$1,098.8M total cash, equivalents and marketable securities at Dec 31, 2025 (vs $479.7M in 2024)

94%
Source evidence
“Cash and cash equivalents$828,660 $271,042 Marketable securities, current187,917 147,948 Marketable securities, non-current82,247 60,686 Total cash and cash equivalents and marketable securities$1,098,824 $479,676”

GEOST pro forma results

Unaudited pro forma (GEOST from Jan 1, 2023): revenues $620.8M/$518.1M/$318.5M; net loss $220.1M/$220.8M/$197.2M for 2025/2024/2023

90%
Source evidence
“Total revenues$620,840 $518,125 $318,508 Net loss(220,063)(220,771)(197,208)”

Government regulation

Regulated by FAA, New Zealand Space Agency, U.S./Canada/NZ agencies; export controls and sanctions regimes apply

90%
Source evidence
“export and import control, economic sanctions and trade embargo laws and restrictions and regulations of the U.S. Department of Transportation, Federal Aviation Administration ("FAA"), the New Zealand Space Agency and other government agencies in the United States, Canada, and New Zealand.”

History of losses / profitability risk

Net losses: $198.2M (2025), $190.2M (2024), $182.6M (2023); losses expected to continue at least 12 months

96%
Source evidence
“We experienced net losses of $198.2 million, $190.2 million and $182.6 million for the years ended December 31, 2025, 2024 and 2023, respectively. We expect to continue to incur net losses for at least the next 12 months”

Revenue growth dependency on Neutron development

Revenue growth depends on successfully developing the Neutron launch vehicle

93%
Source evidence
“Our revenue was $601.8 million, $436.2 million and $244.6 million for the years ended December 31, 2025, 2024 and 2023, respectively... successfully develop our Neutron launch vehicle”

Space weather and space debris risk

Space weather (coronal mass ejections, solar flares), space debris collisions, and LEO congestion risk launch vehicle and spacecraft performance

92%
Source evidence
“Space weather, including coronal mass ejections and solar flares have the potential to impact the performance and controllability of launch vehicles and spacecraft on orbit, including completely disabling our launch vehicles or spacecraft on orbit.”

International operations risk (New Zealand, Canada)

International risks: LC-1 lease access, government-controlled launch site access at Wallops, currency risk, ITAR/export controls

90%
Source evidence
“continued access to our LC-1 at Mahia, New Zealand at lease expiration; access to launch capacity, as well as securing additional capacity, at government-controlled launch sites, such as our LC-2 (and, when completed, LC-3) at the NASA-operated Mid-Atlantic Regional Spaceport at Wallops Island, Virginia”

Insurance risk

Insurance may not cover all space technology risks; premiums rising; third-party claim backstop subject to government appropriation and statutory limit

90%
Source evidence
“The insurance coverage for third-party damages may not be sufficient to cover the liability. Although the U.S. government may pay claims for third-party damages to the extent they exceed our insurance coverage, this depends on a government appropriation and is subject to a statutory limit.”

Cybersecurity risk

Cyber attacks and insider threats threaten data, IP and systems; attractive target for hostile foreign governments

90%
Source evidence
“Because of our highly desired intellectual property and our support of the U.S. government and other governments, we (and our customers and suppliers) may be a particularly attractive target for such attacks by hostile foreign governments.”

Single manufacturing infrastructure risk

No back-up manufacturing facilities; infrastructure interruption could halt production and launches

90%
Source evidence
“We do not maintain back-up manufacturing facilities or operations.”

Forecasting difficulty in evolving industry

Limited operating history and cyclical launch/spacecraft markets limit demand forecasting accuracy

88%
Source evidence
“The cyclical nature of the rocket launch services, mission services, spacecraft and spacecraft component markets could negatively impact our ability to accurately forecast customer demand.”

U.S. government contract termination risk

U.S. government may terminate government contracts at convenience or for default

88%
Source evidence
“The U.S. government may terminate any of our government contracts and subcontracts either at their convenience or for default based on our performance.”

Lease obligations risk

Significant lease obligations; failure to generate sufficient operating cash flow could impair ability to meet them

85%
Source evidence
“We currently have, and will continue to have, significant lease obligations for our for properties, vehicles and equipment. We depend on cash flow from operations to pay our lease expenses.”

Material exposure graph

Neutron launch vehicle
Revenue Exposure

Successful Neutron development is cited as a key dependency for future revenue growth; targets large constellation deployments, interplanetary missions and potential human spaceflight.

Relevance 90·Dependency 80·Confidence 92
Source evidence
“Our revenue was $601.8 million, $436.2 million and $244.6 million for the years ended December 31, 2025, 2024 and 2023, respectively... successfully develop our Neutron launch vehicle”
Mahia, New Zealand (LC-1)
Manufacturing Dependency

LC-1 is the high-volume launch complex (up to 120 missions/year); continued access at lease expiration is an explicit international risk; enabled by a U.S.-New Zealand treaty.

Relevance 90·Dependency 80·Confidence 92
Source evidence
“continued access to our LC-1 at Mahia, New Zealand at lease expiration”
U.S. government customers
Demand Driver

Launch and space systems revenue is supported by U.S. government customers including DoW, NASA, DARPA and NRO; LC-2 explicitly supports defense needs.

Relevance 85·Dependency 75·Confidence 90
Source evidence
“LC-2 can support 24-hour rapid call-up capability for defense needs and urgent constellation replenishment”
SpaceX
Competitive Exposure

SpaceX is named among dedicated and rideshare launch competitors; competitive factors include price, flight heritage and delivery schedule.

Relevance 85·Dependency 60·Confidence 90
Source evidence
“companies providing dedicated and rideshare launch vehicles to deliver payloads to generic and custom planes/inclinations and altitude trajectories, such as Northrop Grumman, SpaceX, United Launch Alliance”
3D printing
Technology Dependency

3D printing of Rutherford engines enables rapid launch cadence; first to 3D print an orbital rocket engine with 800+ engines flown; enables ultra-rapid design and testing of flight hardware.

Relevance 80·Dependency 75·Confidence 90
Source evidence
“We believe we were the first company to 3D print an orbital rocket engine, and as of December 31, 2025, have flight heritage with over 800 engines launched to space.”
FAA / export and import control regulations
Regulatory Exposure

Compliance with FAA, New Zealand Space Agency, export/import control and sanctions regulations affects capital expenditures, revenue, earnings and competitive position.

Relevance 80·Dependency 70·Confidence 88
Source evidence
“Compliance with various governmental regulations has an impact on our business, including our capital expenditures, revenue, earnings and competitive position, which can be material.”
satellite constellation demand
Demand Driver

Constellation missions expected to be an increasing share of small spacecraft launched; Neutron tailored for large constellation deployments; LEO congestion also cited as a risk.

Relevance 80·Dependency 70·Confidence 88
Source evidence
“We expect constellation missions to make up an increasing percentage of small spacecraft launched, versus bespoke or one-off missions.”
Full company information
Latest profile, trading, valuation, and identifier data stored for RKLB.
Share price
$71.98
Market cap
$41.67B
Exchange
NASDAQ
Currency
USD
CEO
Sir Peter Beck
Employees
2,600
IPO date
24/11/2020
Beta
2.612
Last dividend
$0.00
Day range
$70.10 – $72.50
52-week range
$37.57 – $151.00
1-day performance
2.99%
1-year performance
91.59%
Current drawdown (1Y)
-52.33%
CIK
0001819994
CUSIP
773121108
ISIN
US7731211089
Created
07/12/2025, 14:00:24
Last update
23/09/2026, 14:07:10

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