Sandia National Laboratories built and tested multiple Aires Tide flight test vehicles in five months — work that would normally take roughly two years — using AI design tools and additive manufacturing, a cycle the lab says cut costs 15-fold and produced the first deliverable of the NNSA's Genesis Mission.

The 11-foot-tall, 3D-printed, AI-designed prototype will debut June 25 on the National Mall in Washington as part of the Great American State Fair during the Freedom 250 celebration. A 1:2 scale drop test of the vehicle occurred May 19 at U.S. Army Dugway Proving Ground in Utah. That test collected high-speed flight data on the heat and vibration environment a nuclear weapon would experience en route to a target.

What is the Genesis Mission's first deliverable?

Aires Tide marks the National Nuclear Security Administration's first breakthrough under the Genesis Mission, a White House initiative led by the Department of Energy to restructure mission delivery through a network of AI-enabled supercomputers and AI tools. Sandia developed the vehicle with Los Alamos National Laboratory, Lawrence Livermore National Laboratory, and the Kansas City National Security Campus.

"Artificial intelligence helps us move faster and reach better solutions in both our technical and operational work," Sandia Director Laura McGill said. "It makes us more effective, freeing our engineers, scientists and other staff across the Labs to focus on the critical, high-value work we do best. That ultimately allows Sandia to serve the nation even better."

How did the team compress a two-year cycle into five months?

From October 2025 to March 2026, researchers designed, built, and flight-tested multiple vehicles. The team used AI tools to shape the vehicle's internal geometry, place sensors and power buses, and optimize the structure for thermal and mechanical stress — two of the main challenges for hypersonic and reentry-class hardware.

Engineers then printed the cone on a Velo Sapphire XC 3D printer. The team printed the 11-foot fuselage as seven nested pieces, then separated and reassembled them after the build. Printing the pieces in parallel rather than sequentially compressed the additive run to under six days.

Engineers completed an initial carbon-fiber composite prototype in January 2026, and they printed, assembled, and ran smaller test articles at Sandia before the May Dugway drop.

Which materials and which facility?

The Mall-bound unit is Inconel, a nickel-chromium-iron superalloy. Kansas City's New Mexico Operations built the article via laser powder bed fusion at Sandia's Center for Advanced Manufacturing and Innovation, which opened in February 2026. The lab describes Aires Tide as a concept demonstrator rather than a production article.

"With Aires Tide, we're producing these vehicles in weeks, at 15 times lower costs than traditional methods," Deborah Frincke, deputy laboratories director for integrated security missions, said. "This agility is crucial as we respond to evolving threats in our national security landscape."

What does the result imply for portfolio decisions?

David Gibson, Sandia's deputy labs director and chief operating officer, framed the project as evidence that additive and AI tools have moved from internal R&D curiosities to national-security deliverables. "For more than 75 years, Sandia has invested in all kinds of technologies," Gibson said. "But innovation is only powerful if it's innovating towards an end."

The labs have not disclosed per-vehicle cost figures, production-rate targets, or which programs will inherit the design pipeline. Whether the five-month cycle survives a transition from demonstration to recurring flight-test demand — and whether unit cost scales with batch size — will shape the next phase of the Genesis Mission portfolio.