08/11/2026

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Rocket Lab’s fast track from small-launch specialist to defense prime

A recent streak of Pentagon contracts shows Rocket Lab is moving beyond small launch to become an end-to-end provider of spacecraft, sensors, launch and mission operations.

The company is producing satellites for missile warning and communications networks, developing spacecraft to track aircraft from orbit, performing rapid-response missions, providing suborbital flights for hypersonic and missile defense testing and working with Raytheon on concepts for space-based interceptors. Its proposed $8 billion acquisition of Iridium Communications would add a global satellite network and radio spectrum for commercial and military use.

Missile defense has emerged as a common thread connecting much of Rocket Lab’s Pentagon business.

The Electron-derived HASTE rocket gives the military a way to place experimental vehicles and targets onto suborbital trajectories. The Pentagon is seeking more frequent flight opportunities because hypersonic technologies are difficult to validate in wind tunnels and computer models, while conventional missile tests can be costly and slow to arrange.

Rocket Lab has a 20-flight order for HASTE missions under the Pentagon’s MACH-TB 2.0 testing program. In May, Anduril placed a separate $30 million order for three HASTE launches from Virginia, financed with the defense company’s own money rather than a government contract.

In July, the Space Force disclosed an even larger $266 million contract for 12 suborbital launches, with options for six more. Most are to take place from a new Rocket Lab operating location within the existing Pacific Spaceport Complex on Kodiak Island, Alaska. The award broadens Rocket Lab’s defense launch footprint beyond Virginia and New Zealand and gives the military access to Alaska’s long over-water flight corridors.

The company on Monday unveiled GHOST, or Global Hypersonic & Orbital Spaceport Technology, a containerized system that packages the ground equipment and range-control infrastructure needed to launch either Electron or HASTE. Its first deployment will be at the Pacific Spaceport Complex in Alaska.

Rocket Lab is also moving into the missile defense architecture. The Space Development Agency selected it to build 18 missile-warning and tracking satellites for the agency’s Tracking Layer Tranche 3.

The company has also joined Raytheon in the Space Force’s space-based interceptor effort, part of the Golden Dome missile defense initiative.

For the Space Force Victus Haze responsive space exercise conducted in June, Rocket Lab built a maneuverable Pioneer satellite, held an Electron rocket and spacecraft ready for an alert, launched 16 hours and 42 minutes after receiving the Space Force’s notice and then operated the satellite as it approached and photographed another object in orbit. The spacecraft was commissioned within 38 hours, and the rendezvous and proximity operations were completed in less than 59 hours, ahead of the military’s deadlines.

In May, the Space Force awarded Rocket Lab $90 million to build and operate two geostationary satellites carrying Heimdall optical sensors for tracking objects around the GEO belt. It is Rocket Lab’s first satellite-production program for geostationary orbit. The sensor began as a GEOST project before Rocket Lab acquired the company in 2025.

Rocket Lab is taking the “end to end” model on a larger scale with the Space Force’s Space-Based Airborne Moving Target Indicator program. An award announced last week has a potential value of $397 million and explicitly calls for the satellites to launch on Neutron, the company’s next-generation reusable rocket intended to move the company from the small-launch market into the medium-lift class occupied by SpaceX’s Falcon 9.

NRO awards move commercial SAR from prolonged trials into operational use

The National Reconnaissance Office’s selection of Capella Space, Iceye US and Umbra for its new Radar Commercial Augmentation program marks a long-awaited transition for the commercial synthetic aperture radar industry: from years of studies and demonstrations to a contracting vehicle intended to buy imagery for routine government missions.

The awards establish a formal channel for incorporating commercial SAR data alongside classified national systems.

In January 2022, the NRO awarded study contracts to several SAR companies. The transition from that initial phase to actual data procurement took longer than many in the industry expected.

By March 2024, NRO commercial program chief Pete Muend was publicly discussing plans for a formal program to purchase commercial SAR data over the longer term. But officials were still determining its scope, scale, requirements and funding and it was not clear when the agency would transition from small evaluation contracts to a larger, more durable acquisition program.

That expectation was thrown into doubt in 2025 when commercial remote-sensing executives warned that the administration’s fiscal 2026 budget proposal had eliminated funding for a planned commercial SAR program. Industry leaders appealed to Congress, arguing that the cut would undermine companies that had spent years investing in satellites, ground systems and security infrastructure in anticipation of a sustained government market.

Congressional committees subsequently moved to protect or restore commercial imagery funding, though the classified nature of the NRO budget makes the final amount difficult to track publicly.

The Radar Commercial Augmentation program provides the industry with the strongest evidence so far that the NRO intends to treat commercial radar as an operational intelligence source rather than an experimental supplement.

Umbra disclosed that its firm-fixed-price contract contains a one-year base period and two one-year options. The NRO has not released the value of the awards.

Synthetic aperture radar satellites transmit radio-frequency energy toward Earth and measure the returning signals to construct images. Unlike optical cameras, SAR can collect through clouds and at night, making it useful for monitoring regions where weather, darkness or deliberate concealment limits optical imagery.

Space Force strengthens ties with commercial space sector in Texas

The Department of the Air Force signed a new agreement with the state of Texas aimed at accelerating the flow of commercial space technology into national security programs, creating a formal pathway to connect one of the country's largest aerospace ecosystems with the Space Force's acquisition enterprise.

The agreement, announced Aug. 3, establishes a partnership between the Air Force Research Laboratory and the Texas Space Commission. The arrangement is intended to speed technology transfer, strengthen the domestic space industrial base and help transition commercial technologies into operational Space Force capabilities.

The partnership will use the Space Force Front Door as the primary entry point for companies seeking to engage with the military, with the goal of lowering barriers for nontraditional contractors.

Air Force Secretary Troy Meink said the agreement establishes a “pathway to convert commercial ingenuity into decisive military capability."

Texas, home to more than 2,100 aerospace companies as well as major research universities and NASA's Johnson Space Center, has become one of the country's fastest-growing commercial space hubs.

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