HP Additive Manufacturing Helps EIVIE Build an NDAA-Compliant Drone

The Compliance Problem

Building a drone that satisfies the National Defense Authorization Act's supply-chain requirements is one challenge. Building one that still performs like the original design is another. EIVIE, a drone manufacturer based in Oregon and California, faced both when it decided to make its fixed-wing UAV NDAA-compliant.

Switching motors, GPS units, and other major components to approved sources changed the aircraft's weight distribution and attachment geometry. Every change rippled through the airframe. With traditional tooling, each iteration would have meant new molds, new jigs, and weeks of delay.

Why Additive Manufacturing Made the Difference

EIVIE turned to HP's additive manufacturing platforms instead. The company's argument is straightforward: with additive manufacturing, a design change is a CAD file update, not a factory retool. You print the next iteration and test it. No waiting on mold suppliers, no minimum production runs, no tooling cost amortized over thousands of units.

That flexibility mattered for EIVIE's specific design constraint. The airframe has a flowing, aerodynamic shape that conventional sheet-metal fabrication would struggle to reproduce accurately. You cannot simply bend sheet metal into those contours without compromising performance. HP's Multi Jet Fusion technology allowed EIVIE to produce the exact geometry its engineers designed.

The thin-wall capability of HP's 5600 platform -- parts under 0.5 millimeters thick -- is one advantage EIVIE exploited. Reduced wall thickness means less material and lower weight without sacrificing structural integrity, a direct performance gain for an aircraft.

Scale and Supply Chain

HP says its MJF systems can produce more than 7,000 small quadcopter frames per month on a single machine, or around 100 fixed-wing airframes the size of EIVIE's 1.5-meter UAV. That is enough for meaningful production volumes without requiring a factory floor.

For EIVIE, the practical benefit is supply chain independence. Rather than maintaining relationships with multiple offshore mold suppliers, the company can produce airframes domestically and iterate as regulations and component availability change. Clara Quinquilla, HP's drones segment manager, noted that manufacturers across the industry are discovering the same thing: tooling-based production becomes a liability when specifications shift.

EIVIE has participated in Pendleton's drone accelerator program and produces its drones in the United States. The company views additive manufacturing as the path to scaling that production without building a traditional factory.