Velo3D says it has become the first qualified metal additive manufacturing vendor for the US Army’s ground vehicle program, a sign the service wants faster pathways from “cool demo” to approved sustainment parts.
The company announced the selection February 10, 2026, after revealing the news at the Military Additive Manufacturing Summit (MILAM) held February 3 in Tampa, Florida. The effort sits under a previously announced Cooperative Research and Development Agreement (CRADA) with the US Army’s DEVCOM Ground Vehicle Systems Center (GVSC), based at the Detroit Arsenal in Michigan.
GVSC’s aim is straightforward: accelerate “qualified AM solutions throughout the Defense Industrial Base” so parts can move into real logistics channels. For ground combat vehicles, the painful reality is that sustainment can hinge on a single hard-to-source casting, a long-lead forging, or a vendor base that has thinned out over decades.
Metal additive manufacturing, especially Laser Powder Bed Fusion (LPBF), is often pitched as a fix for those problems, but qualification usually moves very slowly. The point of this program seems to be compressing that timeline by relying on vendors that already have process controls, material data, and quality documentation mature enough to support accelerated decision-making.
What GVSC Is Actually Qualifying
Velo3D says it met GVSC qualification criteria in less than two weeks, earning selection as the first qualified vendor under the program. The company will work with GVSC to “rapidly develop and validate” additively manufactured parts and assemblies intended to address supply chain issues affecting ground combat vehicles and other systems.
The validation work will be done on Velo3D’s Sapphire family of metal printers, including both standard and large-format configurations. The materials named in the announcement are Aluminum CP1 and Inconel 718, two alloys that can cover a lot of practical applications, from lighter-weight components to high strength, high temperature hardware.
If the parts pass, the qualified AM alternatives become available to the US Army Tank and Automotive Command (TACOM) for insertion into the supply chain. That last step matters: qualification without an adoption path is just another binder on a shelf, but TACOM is where sustainment decisions turn into real procurements.
Why Velo3D Fits This Moment
Velo3D has positioned its stack as a tightly controlled LPBF production workflow: Flow for print preparation, Sapphire printers for manufacturing, and Assure for quality control, tied together under its Intelligent Fusion process branding. For military users, the more important point here is not branding, but repeatability, monitoring, and documentation across a fleet of machines.
The company also emphasizes in-situ monitoring, described as layer-by-layer process monitoring. In practical terms, that means capturing evidence about how a build ran, which can help with traceability and troubleshooting. For defense programs, that traceability can be as valuable as the part itself, because it supports audits, root-cause analysis, and controlled rework decisions.
There are also deployment details that reduce friction for defense buyers. Velo3D says all Sapphire printers are assembled in the United States, and that the systems meet Department of War cybersecurity standards and can connect securely to military networks. Cybersecurity is increasingly a gating factor for connected manufacturing systems, even when the actual production happens on-premises.
On the hardware side, Velo3D claims its Sapphire systems can print parts up to 600 mm in diameter and one meter in height, which pushes LPBF into larger, more vehicle-relevant geometry. Larger LPBF is not new across the industry, but the combination of scale plus a qualification story aimed at sustainment is a notable pairing.
What remains unclear is which specific components are targeted first, what the acceptance tests look like, and how “accelerated qualification” translates into lead times and unit cost versus conventional sourcing. The release also does not mention pricing for machines, services, or the qualified parts, nor does it specify whether production would occur at Army facilities, depots, or through industrial partners using Velo3D equipment.
The next event to expect is evidence of insertion: named parts, and a public description of performance and inspection results. If GVSC can replicate this vendor qualification approach across multiple suppliers, it could become a template for moving LPBF from boutique projects into the unglamorous, high-impact world of keeping vehicles running.
If all that happens, Velo3D could be selling a great many metal 3D printers.
