DEFENSE TECHNOLOGY · SPACE INFRASTRUCTURE
Voyager Technologies
Propulsion, advanced electronics, mission systems, Starlab and Voyager Lunar Systems
VOYG
NYSE · CLASS A COMMON STOCK
The authoritative traded security is Voyager Technologies, Inc. Class A Common Stock on the New York Stock Exchange under VOYG. Class B common stock is not publicly traded and carries enhanced voting rights. SEC EDGAR is the authoritative disclosure repository. Voyager's SEC filings state that the company redomesticated from Delaware to Texas effective June 18, 2026 while keeping its principal executive office in Denver.
Voyager Technologies combines defense manufacturing, advanced electronics and space infrastructure under one public parent. Its Defense and Space Technologies segment includes controllable solid propulsion, solid rocket motors and energetic materials, electric spacecraft propulsion, radiation-hardened communications electronics, sensing and radar-intelligence software, spectrum operations, mission management and space systems. Starlab Space Stations is a separate reportable segment developing the Starlab commercial space station through a joint venture.
Voyager's acquisition strategy has assembled specialized businesses including Valley Tech Systems, Space Micro, ExoTerra, Estes Energetics and Astrobotic. After the July 10, 2026 Astrobotic close, the lunar portfolio operates as Voyager Lunar Systems. That adds Peregrine and Griffin landers, rovers, landing technology, lunar power and reusable test vehicles to the public parent.
Verified: Voyager reported two segments as of Q2 2026, Defense and Space Technologies plus Starlab Space Stations. Defense Briefing analysis: the company's core strategic bet is that combining niche propulsion, electronics, mission management and lunar infrastructure can create a broader mission-systems supplier without losing the specialist advantages of the acquired businesses.
Voyager's propulsion portfolio spans controllable solid propulsion and divert, attitude and control systems from Valley Tech Systems, tactical solid rocket motors and energetic materials through Estes Energetics and electric spacecraft propulsion through ExoTerra. The company supports Lockheed Martin's Next Generation Interceptor team and is working under a Raytheon contract on Standard Missile-3 propulsion technologies.
Voyager supplies radiation-hardened communications electronics, electro-optical and digital systems and radar/spectrum software. ElectroMagnetic Systems added artificial intelligence and machine-learning analytics. A July 2026 agentic-AI contract adds autonomous spectrum planning, execution, data management and exploitation.
On August 24, 2026 Voyager introduced Space Edge, a composable onboard-compute product family built around general-purpose, field-programmable gate array and graphics-processing cards. Voyager says a prototype is already operating on the International Space Station. The product targets spacecraft primes, bus manufacturers, constellation operators and government programs that want reusable compute architectures rather than mission-specific computers.
Voyager provides payload design, safety certification, integration, manifest planning and on-orbit operations. Its Bishop Airlock is a commercially owned airlock on the International Space Station. In July 2026, Sandia National Laboratories selected Voyager to mission-manage its Big Boy demonstration planned for the ISS in 2027.
Starlab is a U.S.-led commercial space station joint venture that includes Voyager, Airbus, Mitsubishi Corporation, MDA Space, Palantir Technologies and Space Applications Services. The program is intended to support a post-ISS low-Earth-orbit market. Voyager's filings say Starlab is not expected to generate customer revenue in the near term, although it receives NASA Space Act Agreement funding that is accounted for separately from revenue.
The July 2026 Astrobotic acquisition added Peregrine and Griffin lunar landers, CubeRovers, LunaGrid surface-power technology, precision landing systems and reusable flight-test vehicles. The acquisition closed after the Q2 reporting period, so these operations were not included in Voyager's June 30 financial results.
| Date | Customer / Awarding Body | Program / Scope | Value | Status / Context |
|---|---|---|---|---|
| 10-AUG-2026 | U.S. Space Force · Space Systems Command | Resilient space-to-space satellite communications waveform and flight-ready capability across multiple orbits | Undisclosed | Voyager prime award announced by issuer. Designed for resilient Department of Defense data transport. |
| 06-AUG-2026 | Raytheon, an RTX business | SM-3 throttleable solid propulsion and divert, attitude and control systems | Undisclosed | Subcontract supporting the Standard Missile-3 interceptor family and advanced interceptor development. |
| 20-JUL-2026 | Sandia National Laboratories | Integrated mission management for Big Boy ISS demonstration | Undisclosed | Mission planned for 2027. |
| 09-JUL-2026 | Undisclosed national-security customer | Agentic AI platform for spectrum operations | Multi-million-dollar · exact undisclosed | One-year award covering mission planning, execution, data management and exploitation. |
| 30-JUN-2026 | NASA · awarded to Astrobotic pre-close | Peregrine-2 and Peregrine-3 CLPS / Moon Base deliveries | $297.9M total | Acquired contract base after Voyager closed Astrobotic on July 10. Not part of Voyager's June 30 backlog. |
| 26-MAY-2026 | DARPA | Burn n' Go Phase 2, propellant-embedded thrust-control technology | $16.5M | Development contract advancing controllable solid propulsion. |
| 15-APR-2026 | NASA | Seventh private astronaut mission to the ISS, VOYG-1 mission management | Undisclosed | Mission targeted no earlier than 2028. |
Voyager generated $52.746 million of Q2 2026 net sales, up 15.5% from $45.674 million a year earlier. Gross profit fell to $4.457 million, producing an 8.4% gross margin versus roughly 18.0% in Q2 2025. Net loss attributable to Voyager widened to $46.490 million. The company's Q2 diluted loss per share was $0.79 versus $1.23 a year earlier, a narrower per-share loss despite the larger absolute net loss because the public share count expanded materially.
For the first half of 2026, revenue was $87.992 million. Defense and Space Technologies generated the customer revenue while Starlab remained pre-revenue from customers. U.S. government customers represented $49.148 million of Q2 revenue and $78.863 million of first-half revenue.
Backlog reached $335.5 million at June 30, including $189.0 million funded. Voyager expected 62.1% of funded backlog to convert to revenue during the remaining periods of 2026. The filing also shows heavy concentration: 87.7% of funded backlog related to the U.S. government when all U.S. government entities are treated as one customer. Backlog includes unfunded options and potential work, so it is not guaranteed revenue.
Management raised full-year 2026 revenue guidance to $275 million to $305 million after reporting $113.0 million of Q2 bookings and a 2.1× book-to-bill ratio. The main growth drivers are missile-defense propulsion, Golden Dome-aligned demand, solid rocket motor capacity, advanced electronics and spectrum systems, mission management, Starlab milestones and the post-close Astrobotic lunar portfolio. The counterweight is cost: the business remains loss-making and continues to invest in acquisitions, manufacturing and product development.
Defense demand is the strongest near-term engine. Golden Dome-aligned bookings, Standard Missile work, DARPA propulsion development and the Space Force communications award all point to increasing national-security demand across multiple Voyager capabilities.
The operating challenge is margin conversion. Q2 revenue grew, but gross margin compressed sharply and net losses widened. A larger backlog only improves the financial profile if programs can be executed at acceptable cost.
Astrobotic changes the portfolio, not Q2. The acquisition adds a large NASA contract base and a high-visibility lunar platform, but its accounting and operating impact begins after the quarter shown on the current income statement and balance-sheet backlog.
Starlab remains a long-duration capital program. New strategic investors add external support, but the program does not yet produce customer revenue and remains exposed to schedule, financing and post-ISS market-development risk.
Voyager's opportunity is breadth: it can sell into missile defense, military space, civil space and lunar infrastructure. Its principal test is whether an acquisition-built portfolio can become an integrated operating system with improving margins rather than a collection of capital-intensive specialist businesses.
Major missile-defense prime and customer/partner. Competes for systems scope while buying specialized Voyager propulsion capability on SM-3 development.
Large incumbent across missile defense, solid propulsion, space systems and advanced electronics. Much greater scale and manufacturing depth.
Competes in propulsion, missile systems, sensors and space electronics. Offers a larger integrated industrial base and established production footprint.
Closer public-market peer in space infrastructure, spacecraft components, digital engineering and microgravity. Competes for NASA and commercial space-system work.
Compete with Starlab for post-ISS commercial low-Earth-orbit infrastructure, missions and customers.
Compete directly with Voyager Lunar Systems for NASA lunar delivery and adjacent lunar infrastructure opportunities.
Specialist technologies under one parent. Voyager owns differentiated assets in controllable solid propulsion, energetic materials, electric propulsion, radiation-hardened electronics, mission management and lunar systems. This breadth is unusual among smaller public aerospace companies.
Government program incumbency. Work tied to missile defense, NASA missions and national laboratories creates technical qualifications, customer relationships and program knowledge that are difficult to recreate quickly.
Cross-domain integration potential. Space Edge, spectrum software, propulsion, communications electronics and lunar systems could be combined into larger mission solutions. That is a strategic opportunity, not yet proof of a durable integrated-sales moat.
Acquisition dependence is also the weakness. Much of Voyager's capability was assembled through acquisitions. Integration, retention, common processes and capital allocation will determine whether the portfolio produces economies of scope or simply more complexity.
Persistent losses and cash use. Voyager reported a $46.5 million attributable net loss in Q2 and $84.0 million of operating cash use in the first half. High growth does not yet equal self-funded growth.
Government concentration. The U.S. government represented the overwhelming majority of funded backlog. Procurement timing, appropriations and program decisions can materially alter revenue conversion.
Backlog quality. Unfunded backlog can include unexercised options and potential bookings under indefinite-delivery/indefinite-quantity vehicles. It should not be treated as committed cash.
Program execution and fixed-price work. Q2 firm-fixed-price revenue rose materially. Technical overruns or production inefficiency can pressure margins when contract pricing does not adjust with cost.
Astrobotic integration. Voyager must integrate a lunar company carrying major technical milestones, including Griffin-1, while completing acquisition accounting and contingent consideration.
Starlab capital and schedule. Starlab remains pre-revenue from customers and requires sustained technical, regulatory and financing execution before ISS retirement creates the target market window.
Dual-class control. Class B shares carry 15 votes each. Dylan Taylor's Class B ownership gives him majority voting control, limiting the influence of Class A public holders.
New-product execution. Space Edge is newly introduced. A flying prototype supports technical credibility, but product-family demand, production economics and qualification at scale remain unproven.
| Filed | Form | Description | Link |
|---|---|---|---|
| 04-AUG-2026 | 10-Q | Q2 2026 financial statements, two-segment reporting, backlog, Texas redomestication and Astrobotic subsequent event. | View → |
| 03-AUG-2026 | 8-K | Furnishes Q2 2026 earnings release and updated financial guidance. | EDGAR → |
| 18-JUN-2026 | 8-K | Texas redomestication, certificate of formation and bylaws. | EDGAR → |
| 04-JUN-2026 | 8-K | Astrobotic merger agreement and original acquisition terms. | View → |
| 10-MAR-2026 | 10-K | FY2025 audited financial statements, workforce, risk factors and NYSE Class A registration. | View → |
| Date | Person | Transaction | Amount / Price | Context |
|---|---|---|---|---|
| 11-AUG-2026 | Matthew J. Kuta · President / Director | Sold Class A shares | 199,807 shares · ~$8.59M proceeds | Sales executed under a Rule 10b5-1 plan adopted May 12, 2026. SEC Form 4 reports weighted-average prices across four sale blocks from about $41.56 to $44.03. Direct holdings after the reported sales: 187,758 shares. |
| 29-MAY-2026 | Non-employee directors | Annual RSU grants | 3,130 RSUs each | Compensatory grants to directors including Gabe Finke, Marian Joh, Cheryl Shavers, William Shelton and Alan Stern. These were awards, not open-market purchases. |
| Holder | Shares | % of Class A | Event Date | Source Context |
|---|---|---|---|---|
| Bank of Nova Scotia | 3,560,813 | 6.42% | 30-JUN-2026 | Schedule 13G filed July 15, 2026. |
| BlackRock, Inc. | 3,238,867 | 6.1% | 30-JUN-2026 | Schedule 13G/A filed July 30, 2026. |
| Senvest Management, LLC / Richard Mashaal | 2,965,788 | 5.5% | 30-JUN-2026 | Schedule 13G/A filed August 13, 2026. |
Class A shares carry one vote each. Class B shares carry 15 votes each and convert one-for-one into Class A. Dylan Taylor beneficially owns the Class B shares and retains majority voting control. Institutional percentages above are percentages of the Class A security reported by each filer, not percentages of all economic shares on an as-converted basis.
Voyager was founded in 2019 as Voyager Space Holdings and built a portfolio through acquisitions rather than around a single legacy platform. Early acquisitions added commercial space services and International Space Station capabilities. Later transactions added propulsion, advanced electronics, electric propulsion, energetic materials and software.
The company completed its initial public offering in June 2025 and its Class A common stock began trading on the New York Stock Exchange under VOYG. Voyager reported approximately 800 employees across 14 locations at the end of 2025.
In 2026, Voyager simplified public reporting into two segments: Defense and Space Technologies plus Starlab Space Stations. Stockholders approved a redomestication from Delaware to Texas, effective June 18, 2026, while the principal executive office remained in Denver.
Voyager signed the Astrobotic acquisition agreement June 1, 2026 and closed the acquisition July 10. The transaction added Astrobotic's lunar and reusable-flight-test portfolio under Voyager Lunar Systems. The Q2 10-Q states that purchase accounting will first appear in the Q3 2026 filing because the acquisition closed after the June 30 quarter end.