Lockheed Taps Startup Gravitics for Critical National Security Space Mission

SEATTLE, WA – August 04, 2026 – In a move that underscores a significant strategic shift in the U.S. defense-industrial base, aerospace giant Lockheed Martin has selected orbital infrastructure startup Gravitics, Inc. to support a government contract of “national importance.” While details of the prime contract remain classified, the partnership itself sends a clear signal: the frontier of national security is rapidly expanding into the domain of in-space logistics, and the Pentagon’s largest contractors are turning to agile innovators to build it.

The announcement confirms Gravitics will support Lockheed Martin on a contract from the “U.S. Department of War,” an archaic term for the Department of Defense, pointing to a high-level strategic initiative likely involving the U.S. Space Force. For Gravitics, a company focused on manufacturing the building blocks of a cislunar economy, this selection is a powerful validation.

“Being selected to support Lockheed Martin’s team is a meaningful milestone for Gravitics,” said Michael Bowker, the company’s Chief Business Officer. “Our focus is on disciplined execution for partners working on critical national security priorities.”

This partnership is not merely a subcontract; it represents the fusion of legacy industrial might with next-generation space architecture. It highlights a growing consensus within the national security community that dominance in space is no longer just about having satellites, but about the ability to move, service, and deploy assets in orbit with unprecedented speed and flexibility.

An Aircraft Carrier for the Cosmos

At the heart of Gravitics’ value proposition—and the likely reason for Lockheed’s interest—is its ambitious technology suite designed to create a responsive, on-demand logistics network in orbit. The company is developing two key systems: the Orbital Carrier and the Viper OTX.

The Orbital Carrier is conceptualized as a “pre-positioned launch pad in space,” analogous to a naval aircraft carrier. Instead of fighter jets, it would host multiple smaller, maneuverable spacecraft, keeping them ready for immediate deployment to various orbits. This capability directly addresses a core challenge for the U.S. Space Force: tactical responsiveness. In a contested environment, the ability to rapidly deploy a sensor, a communications node, or a defensive asset without the weeks or months of lead time required for a ground launch is a game-changing strategic advantage.

Complementing the carrier is the Viper OTX (Orbital Transfer Express), a space tug designed for express deliveries of payloads up to 5,000 kg to high-energy destinations like Medium Earth Orbit (MEO), Geostationary Orbit (GEO), and even lunar orbit. It can operate independently or be deployed from an Orbital Carrier, acting as the system’s rapid-response delivery vehicle.

This technological vision is already backed by significant government investment. In March 2026, Gravitics secured a Strategic Funding Increase (STRATFI) contract from the Space Force’s innovation arm, SpaceWERX, with a value of up to $60 million. That contract is explicitly aimed at accelerating the development of the Orbital Carrier architecture, including flight demonstrations of both a pathfinder carrier and a Viper OTX vehicle. The Lockheed Martin deal is the logical next step, integrating this now-validated technology into a broader operational defense program.

The New Strategic High Ground: Logistics

The geopolitical context for this partnership cannot be overstated. The U.S. military has officially designated space as a warfighting domain, acknowledging the sophisticated anti-satellite and on-orbit maneuvering capabilities developed by adversaries like China and Russia. The modern global economy and military operations are critically dependent on space-based assets for everything from GPS navigation and financial transactions to missile warning and intelligence gathering. Protecting these assets is a paramount national security interest.

This has given rise to the doctrine of Tactically Responsive Space (TacRS), which prioritizes the ability to react to threats and changing conditions in orbit on timelines measured in hours or days, not months. Gravitics’ systems are tailor-made for this new reality, promising a resilient and agile space posture. If a critical satellite is disabled, a system like the Orbital Carrier could theoretically deploy a replacement from a pre-positioned orbital depot, ensuring continuity of service.

The market is responding to this demand. The global space logistics sector, valued at over $15 billion in 2025, is projected to surge to nearly $50 billion by 2034. This growth isn't just about launching rockets; it's about the burgeoning economy of in-orbit servicing, refueling, and transportation—the essential infrastructure for sustained space operations.

A Power Play of Prime-Startup Synergy

Lockheed Martin’s decision to partner with Gravitics is emblematic of a wider trend. Defense primes, once known for vertically integrated, slow-moving development cycles, are increasingly embracing a new model of innovation through partnership. Recognizing that the pace of technological change often outstrips internal R&D, these giants are acting more like strategic investors and integrators.

Lockheed Martin’s “21st Century Security” strategy explicitly calls for integrating leading commercial technologies to accelerate development and enhance capabilities. Its venture capital arm, Lockheed Martin Ventures, recently expanded its fund to $1 billion and has already invested in over 120 startups, many of which become suppliers. By tapping Gravitics, Lockheed gains access to specialized, cutting-edge technology without the immense overhead of developing it from scratch, allowing it to focus on its core strength: large-scale systems integration for complex national security missions.

For Gravitics, the benefits are transformative. The partnership provides a clear path to revenue, deepens its relationship with the DoD, and offers a level of validation that no amount of venture capital alone can buy. This dual-use strategy—serving both government and commercial clients like Axiom Space, for whom Gravitics is developing a cargo delivery system—creates a resilient business model where government contracts can de-risk technology development for the commercial market, and vice versa.

With a new CFO and CBO recently appointed to steer its growth, Gravitics is positioning itself not just as a component supplier, but as a foundational architect of the in-orbit economy. This partnership with Lockheed Martin is a powerful indicator that the infrastructure for maintaining security and projecting power is no longer just terrestrial; it is being actively built, piece by modular piece, in the vacuum of space.