Blended-wing aircraft design and AI-driven manufacturing aim to reduce aviation emissions while boosting cargo capacity, aligning with 2050 net-zero targets.
Pegasus Airlines leverages Microsoft Azure AI to boost customer service efficiency by 50% and achieve $23M operational savings through intelligent automation.
AI transforms aerospace with 15% fuel savings, predictive maintenance saving $150M, and 25% emission cuts by 2035. Explore AI in design and safety.
University of Houston develops flexible ceramic composites using Miura-ori patterns and 3D printing, enabling 300% greater energy absorption for aerospace and biomedical applications.
How Airbus uses virtual aircraft replicas to cut costs, boost efficiency, and drive sustainable innovation in global aviation.
Boeing pauses X-66 sustainable flight project to prioritize scalable thin-wing technology, aiming to accelerate aviation decarbonization efforts.
Firefly Aerospace and NASA advance ceramic matrix composites (CMCs) for rocket engines, enabling 50% weight reduction and enhanced space mission agility.
Texas A&M and federal partners establish CAAT in Fort Worth to develop drones, eVTOLs, and hypersonic aircraft, boosting jobs and tech leadership.
Greensboro competes for JetZero's blended-wing aircraft plant promising 50% fuel savings and 10,000 jobs, potentially reshaping US aerospace manufacturing.
Electra.aero secures Series B funding to advance EL-2 Goldfinch hybrid-electric aircraft enabling 150-foot takeoffs, targeting regional connectivity and defense applications.
