Divergent Technologies and CoAspire Systems RAACM Missile

Project Overview

The RAACM (Rapidly Arrived Air-Launched Cruise Missile) project represents a paradigm shift in how tactical weaponry is designed and produced. Divergent Technologies, utilizing its proprietary Divergent Adaptive Production System (DAPS), partnered with CoAspire Systems to develop a modular airframe that can be printed and assembled in a fraction of the time required by traditional methods. This partnership focuses on lowering the cost of entry for advanced cruise missile systems while maintaining superior structural performance through generative design.

Implementation Process

The manufacturing process for the RAACM airframe bypasses conventional hard tooling. DAPS employs high-power laser powder bed fusion (PBF) to print complex structural nodes. These nodes are then automatically assembled with standardized carbon-fiber tubes by robotic cells. This architecture allows for rapid iterative changes; engineers can modify the airframe's length or internal volume simply by adjusting software parameters, without needing to retool a factory floor. This agility is critical for responding to evolving threat environments in modern theater operations.

During the verification phase, the RAACM structure underwent rigorous vibration and thermal stress testing. The additive nodes showed exceptional fatigue resistance, largely due to the optimization of grain structures allowed by controlled cooling within the printing chamber. Compared to traditional casting or machining, the RAACM process reduced raw material waste by 75% and total production lead time by nearly 90%.