RTX and its peers are leveraging AI-driven high-performance computing platforms to transform aerospace design workflows. Complex aerodynamic, structural integrity, thermal performance and mission systems simulations that once took weeks or months can now run in hours, reducing prototype cycles, cutting engineering expenses and enabling faster deployment of next-generation unmanned and defense systems.

Certified carbon-fiber composite production is becoming essential for defense-grade drone and aircraft components, offering lightweight and high-strength performance. The global aerospace composites market is forecast to exceed $100 billion by the early 2030s, driven by rising defense budgets and demand for unmanned systems in challenging environments.

By integrating advanced simulation software with certified composite manufacturing capabilities, RTX is positioned to secure long-term defense contracts, enhance margins and accelerate product development. This convergence aligns RTX with industry trends toward faster design cycles and higher-value manufacturing, potentially boosting its defense-sector revenues as the composites market expands.