CoAspire unveils RAACM-ER cruise missile optimized for full airframe 3D printing at Sea-Air-Space 2026

CoAspire, a U.S. defense contractor, unveiled the RAACM-ER (Rapid Adaptive Affordable Cruise Missile – Extended Range) at the Sea-Air-Space 2026 exhibition, presenting a cruise missile whose airframe is designed from the ground up for additive manufacturing. The missile, with an estimated range of 900–1,000 km, is built for containerized launch from small vessels, unmanned surface vessels, ground trucks, and civilian ships, bypassing the need for vertical launch systems. CEO Doug Dennehy stated that forward-deployed bases could print the missile on-site using only data files and printers, eliminating reliance on centralized factory production lines. The design follows earlier partial AM adoption by Raytheon (fins, engine components since 2015) and Anduril (low-cost drones), but CoAspire claims the RAACM-ER is the first cruise missile whose entire fuselage is optimized for print-on-demand fabrication.

This launch updates the defense vertical's long-standing tension between qualification rigor and production speed. CoAspire is positioning the RAACM-ER as a 'destructive innovation' in the cruise missile market — trading some precision and unit cost for overwhelming volume and distributed manufacturing agility. The containerized launch concept aligns with U.S. Navy Distributed Maritime Operations (DMO) doctrine, which seeks to disperse firepower across many low-cost platforms rather than concentrating it on a few Aegis ships. The key editorial question is whether CoAspire can demonstrate repeatable quality across printed units at forward bases, a challenge that has historically limited AM adoption in munitions. The company is not yet a Tier S player — it lacks disclosed production contracts or qualification certifications — but the RAACM-ER represents a concrete attempt to shift the missile supply chain from centralized forging and machining to distributed additive production.

For defense buyers, the practical test is whether CoAspire can deliver a printed missile that passes live-fire validation at a cost and cycle time that undercuts traditional suppliers. The company must now move from exhibition prototype to a qualified production configuration, likely through a U.S. Navy or Marine Corps prototyping program. If the RAACM-ER achieves that, it will open a new lane in the defense AM market — one focused on full-weapon-system printing rather than component substitution.