Specter Aerospace and VulcanForms 3D Print Hypersonic Munitions at Scale

VulcanForms and Specter Aerospace have formed a strategic partnership to produce airbreathing hypersonic munitions using metal additive manufacturing. The deal responds to growing demand from Congress, the Department of War, and military partners for next-generation hypersonic weapons that can be built in the United States at scale.

Specter Aerospace, founded roughly a decade ago, has spent years developing airbreathing hypersonic missiles and targets for the Pentagon. The company is the only startup currently designing this class of weapon for the US Joint Force. VulcanForms brings the manufacturing side: high-volume metal 3D printing, precision machining, inspection, and post-processing, all integrated into a single end-to-end production platform.

Why Additive Manufacturing Fits Hypersonic Weapons

Hypersonic weapons travel at speeds above Mach 5, and the components inside them face extreme heat, pressure, and aerodynamic stress. Traditional manufacturing struggles with the complex geometries and high-performance materials these systems require. Metal 3D printing solves both problems. VulcanForms works with titanium and nickel-based superalloys, printing parts that would be difficult or impossible to make by conventional means.

The Specter Aerospace partnership is not the first time these two companies have worked together. Their earlier collaboration already used 3D printing to compress design cycles, shorten supply chains, and reduce costs. This new agreement moves the relationship from development into what both sides describe as one of the nation's most advanced full-rate production facilities for hypersonic systems.

Building a Dedicated Hypersonic Manufacturing Base

The two companies are now conducting a nationwide site evaluation for a dedicated production facility. No single location has been announced yet, but the search signals the scale of the commitment. VulcanForms already operates production-ready facilities in the United States, and Specter Aerospace has built test and integration capability over years of Pentagon-funded development.

Specter Aerospace CEO Felipe Gomez del Campo described the partnership as a response to the urgency of delivering hypersonic capabilities to the US Joint Force. VulcanForms Executive Vice President Matthew Rose emphasized the need for a resilient Defense Industrial Base that borrows efficiency from commercial manufacturing practices. The language is corporate, but the underlying message is straightforward: the US needs to produce hypersonic weapons faster and in larger numbers than it has managed so far.

What the Partnership Will Produce

The stated goal is to manufacture all-up-round integration of low-cost hypersonic munitions, interceptors, and cruise missiles. That covers propulsion components, thermal management structures, aerodynamic surfaces, and the internal assemblies that tie a hypersonic system together. All of these benefit from the geometric freedom that metal 3D printing provides.

VulcanForms' vertically integrated model is unusual in the additive manufacturing industry. Rather than specializing in printing alone, the company combines printing with machining, inspection, and software control. That approach is directly relevant to aerospace and defense customers who need flight-critical components produced to consistent tolerances.

The Bigger Picture

Hypersonic weapons have become a national security priority for multiple administrations, and the US is racing to close the gap with competitors who have fielded operational systems. Production at scale, not just prototyping, is the bottleneck. Additive manufacturing addresses that bottleneck by compressing lead times and enabling designs that are impractical with subtractive methods.

This partnership also highlights a broader trend: defense contractors are moving from experimental 3D printing toward production-quantity additive manufacturing. The VulcanForms and Specter Aerospace deal is one of the clearest examples yet of that shift in the hypersonic domain.