Lockheed Martin Corporation and the German government officially unveiled Germany’s first F-35A Lightning II during a rollout ceremony in Fort Worth, Texas, on September 18, 2026. The milestone marks the beginning of a fleet transition that will see the fifth-generation fighter replace the aging Panavia Tornado Military-Aircraft and assume the country’s North Atlantic Treaty Organization (NATO) nuclear sharing mission.

The rollout follows the aircraft’s initial flight on September 8, 2026, and stems from an $8.8 billion Contracts signed in 2022 for 35 airframes. In a press release issued by Lockheed Martin, German Minister of Defense Boris Pistorius described the event as the start of a new era for the German Air Force, calling the F-35A the world’s most advanced combat aircraft.

Training and delivery timeline

The first eight German F-35A Lightning II jets are scheduled to transfer to Ebbing Air National Guard Base in Arkansas in the fall of 2026. This initial cadre will support pilot and maintenance Training in the United States before the fleet begins its transition to Europe.

According to defense intelligence provider Janes, the first aircraft, bearing serial number 35+01, will eventually be stationed at Büchel Air Base in Germany. Lockheed Martin projects the first jets will arrive on German soil in late 2027. The German Air Force targets 2029 to declare full operational capability for the fleet.

Lieutenant General Holger Neumann, Chief of the German Air and Space Force, stated that the acquisition will fundamentally alter the service’s operational approach.

“With the F-35, the German Air and Space Force is receiving a modern, proven and highly capable 5th Generation fighter jet. It will not only bring significant changes in our Air and Space Force but will also influence how we think, command and fight,” Neumann said.

Strategic implications and NATO interoperability

The procurement aligns Germany with a growing user base of European nations operating the F-35 platform. Lockheed Martin reports that 1,355 F-35 aircraft are currently operational globally across 42 bases. OJ Sanchez, president of Lockheed Martin Aeronautics, emphasized the platform’s role as a strategic capability that enables allied forces to operate cohesively and adapt to emerging threats.

The transition is critical for Germany’s continued participation in NATO’s nuclear sharing agreement. The Panavia Tornado fleet, which has been in service since the 1980s, currently fulfills this requirement. Dan Zimmerman, performing the duties of the US Deputy Undersecretary for Acquisition and Sustainment, told Breaking Defense that Germany’s procurement reinforces a shared vision for defense in the European theater.

AirPro News analysis

The successful rollout of the first German F-35A Lightning II arrives at a pivotal moment for European defense procurement. Earlier in 2026, the Franco-German-Spanish sixth-generation Future Combat Air System (FCAS) program collapsed. We view this development as a primary catalyst for ongoing discussions regarding a potential follow-on Orders for additional F-35A aircraft by the German government. With the FCAS timeline now dissolved, Berlin must secure long-term air superiority and nuclear deterrence capabilities through established platforms, making an expansion of the 35-aircraft program of record highly probable.

Sources: Lockheed Martin Corporation

Aerospace and defense startup Auriga Space completed the first in-field launch of its Hermes containerized electromagnetic platform in the Mojave Desert on August 25, 2026, achieving projectile speeds exceeding Mach 1.

The test demonstrates the viability of the company’s proprietary linear electric motor and magnetic levitation technology outside laboratory conditions. According to company statements, Auriga Space is developing these systems to provide a propellant-free alternative to traditional solid rocket motors for defense applications, hypersonic testing, and dedicated space access.

Transitioning electromagnetic launch to the field

The Hermes system is designed as a mobile counter-unmanned aerial systems (counter-UAS) platform housed entirely within a 10-foot shipping container. During the August 25 test, the system operated on internal battery power recharged by solar panels.

Auriga Space Founder and CEO Winnie Lai stated the test met expectations with multiple repeatable supersonic launches.

“For the first time, we took Hermes out of the lab and deployed it where it will actually be used: on a dirt road, away from existing infrastructure, in real weather,” Lai said in a press release.

Lai also noted the system’s payload flexibility, stating it can accommodate different types of projectiles and effectors. This capability aligns with the company’s July 2026 partnership with the U.S. Army Combat Capabilities Development Command Armaments Center (DEVCOM AC) to operationalize electromagnetic launch technology for drone defense.

Scaling from hypersonic testing to orbital launch

Beyond the Hermes platform, the Garden Grove, California-based company is developing three other distinct product lines: Prometheus, Thor, and Zeus.

Prometheus serves as a lab-scale hypervelocity track, while Thor is designed as an outdoor full-scale hypersonic test solution. On July 1, 2026, Auriga Space launched its hypersonic materials testing capability with Axiom Materials as a pilot customer. Lai noted that the hypersonic testing community has long needed better ground-truth data on material performance.

The Zeus platform is the company’s planned orbital launch complex. Auriga Space states the Zeus system is designed to enable responsive space missions with a turnaround time of one hour.

To guide its defense applications, the company appointed former Missile Defense Agency Director Lt. Gen. (Ret.) Henry “Trey” Obering III to its advisory board in August 2026.

Government contracts and venture backing

Founded in 2022, Auriga Space emerged from stealth in October 2023 with $5 million in initial funding. The company subsequently raised an additional $6 million in a seed round led by OTB Ventures in July 2025.

The startup has also secured multiple defense contracts to advance its technology. In August 2024, AFWERX and SpaceWERX awarded Auriga Space a $1.25 million Direct-to-Phase II Small Business Innovation Research (SBIR) contract. This was followed by a Phase 1 Small Business Technology Transfer (STTR) contract from the Missile Defense Agency on January 7, 2026.

AirPro News analysis

We view the successful field test of the Hermes system as a critical proof of concept for mobile electromagnetic launch technology. The aerospace and defense sectors are currently facing significant constraints within the solid rocket motor industrial base. By eliminating the need for onboard propellant during the initial launch phase, Auriga Space’s technology offers a scalable, repeatable alternative. If the company can successfully scale this technology from the 10-foot Hermes container to the proposed Zeus orbital launch complex, it could substantially lower launch costs and alleviate supply chain bottlenecks for both tactical defense systems and dedicated space access.

Sources: Auriga Space Press Release

VulcanForms Inc. and Specter Aerospace have formed a strategic partnerships to establish a dedicated domestic manufacturing base for airbreathing hypersonic weapons, aiming to scale production of munitions, interceptors, and cruise missiles for the U.S. Department of War (DoW).

Announced in a press release on September 15, 2026, the collaboration responds to growing demands from Congress and defense officials for resilient supply chains capable of delivering all-up-round (AUR) hypersonic systems. The companies are currently conducting a nationwide site evaluation to select a location for the new production facility.

Integrating advanced manufacturing with hypersonic design

The partnership pairs VulcanForms, a Massachusetts Institute of Technology-born advanced manufacturing company specializing in metal additive manufacturing and precision machining, with Specter Aerospace’s propulsion expertise. Specter, formerly known as FGC Plasma Solutions, focuses on ramjet and scramjet technologies.

Specter Aerospace Chief Executive Officer Felipe Gomez del Campo stated that the company has spent nearly a decade building airbreathing hypersonic missiles and targets in collaboration with the DoW.

“Today, in response to the urgency of delivering hypersonic munitions to the U.S. Joint Force to deter our adversaries, Specter is partnering with VulcanForms to build America’s first dedicated hypersonic manufacturing capacity from the ground up to deliver affordable and lethal hypersonic weapons to fighter aircraft and joint operations,” Gomez del Campo said.

VulcanForms Executive Vice President Matthew Rose emphasized the need for a resilient defense industrial base, noting that the company’s experience across multiple commercial industries accelerates its learning curve.

“Partnerships that win embrace physical AI and leverage lessons from commercial industries. Our north star is to bridge the digital and physical worlds,” Rose said.

Accelerating flight test timelines

The manufacturing agreement follows a period of rapid expansion for Specter Aerospace’s defense partnerships. On February 20, 2026, the company signed a Memorandum of Understanding with Sierra Nevada Corporation (SNC) to develop supersonic aerial launched effects, combining Specter’s propulsion systems with SNC’s mission integration capabilities.

According to reporting by Aviation Week, Specter expects to conduct test-flights of a plasma-assisted, ramjet-powered supersonic missile in 2026. This will be followed by tests of a larger dual-mode ramjet-scramjet-powered hypersonic cruise vehicle targeted for the 2027 to 2028 timeframe. The new manufacturing partnership with VulcanForms is positioned to support the production requirements of these upcoming test phases and subsequent fielding.

AirPro News analysis

We view this partnership as a direct response to one of the most persistent bottlenecks in the U.S. hypersonic weapons program: transitioning from bespoke prototyping to scalable production. While research and development have yielded successful flight tests across various DoW programs, manufacturing the complex geometries required for scramjet engines and thermal protection systems at scale remains a significant hurdle. By integrating VulcanForms’ industrial-scale additive manufacturing infrastructure early in the development cycle, Specter Aerospace is positioning itself to bypass traditional supply-chain constraints. If the nationwide site selection results in a dedicated, high-throughput facility, it could serve as a blueprint for the broader Defense Industrial Base 2.0 initiative.

Sources: VulcanForms