The Future of Supersonic Travel Begins Here
BEYOND SUPERSONIC. BEYOND EXPECTATIONS
VISION
We’re Here to Revolutionize the Future of High-Speed Travel
Fletcher Aerospace is a next-generation mobility and aerospace company advancing the future of high-speed flight.
Founded by an experienced aerospace engineering team, we are designing and developing innovative aerospace technologies with a vision to help redefine supersonic travel for the modern era.
Our mission is driven by bold innovation, engineering excellence, safety, and a commitment to pushing beyond conventional limits.
Through this site, visitors can explore our vision, technologies, development journey, and the breakthroughs we are pursuing to make faster, more advanced, and more sustainable flight a reality.
AI-POWERED FLIGHT CONTROLS SOFTWARE
95%
Reduce Pilot Workload
100%
Situational Awareness
Fletcher Aerospace’s AI-powered flight controls software is designed to transform how pilots interact with next-generation supersonic aircraft. By intelligently automating routine flight tasks, continuously processing aircraft and mission data, and providing predictive decision support, our system is being engineered to reduce pilot workload by up to 95% while maintaining continuous, comprehensive situational awareness across the flight environment.
OUR PRODUCT
Fully Autonomous, Uncompromisingly Sustainable
HYBRID SUPERSONIC ENGINES
40K lbf
Thrust Per Engine
4
FADECS (2 Internal Channels)
Fletcher Aerospace is developing a state-of-the-art hybrid supersonic propulsion system engineered to power the next generation of high-speed aircraft. Our advanced engine concept combines innovative propulsion technologies to optimize performance across multiple phases of flight–from efficient takeoff and climb to sustained high-speed cruise. Designed with a focus on power, efficiency, reliability, and reduced environmental impact, the hybrid architecture aims to overcome the limitations of conventional propulsion systems while enabling faster, smarter, and more sustainable air travel. Through advanced aerospace engineering and intelligent energy management, Fletcher Aerospace is building the propulsion technology to help redefine the future of supersonic flight.
ADVANCE MATERIALS
Composites
Titanium Alloys
Fletcher Aerospace is exploring the latest generation of advanced materials and high-performance composites to build a lighter, stronger, and more efficient supersonic aircraft. Our material strategy includes aerospace-grade carbon-fiber composites, titanium alloys, advanced aluminum alloys, and high-temperature composite systems engineered to withstand the extreme aerodynamic loads and thermal conditions associated with high-speed flight. By combining lightweight structures with exceptional strength, durability, and heat resistance, we aim to reduce aircraft weight, improve fuel efficiency, enhance performance, and extend service life. Fletcher Aerospace is leveraging advanced materials science and innovative manufacturing technologies to create an aircraft structure designed for the demanding requirements of the next era of supersonic aviation.
ADVANCED SENSOR TECHNOLOGY
360°
Sensors coverage
1kHz - 26kHz
Sampling Rate
Fletcher Aerospace is developing an advanced sensor architecture designed to give its next-generation supersonic aircraft an unprecedented understanding of its aircraft, environment, and operating conditions. A network of intelligent sensors continuously monitors critical flight parameters, propulsion performance, structural health, atmospheric conditions, navigation data, and potential hazards in real time. By integrating this information into a unified digital flight environment, the aircraft is designed to enhance situational awareness, support predictive decision-making, and enable safer, more efficient high-speed operations. Combined with Fletcher Aerospace’s AI-powered flight control technology, these advanced sensors form the foundation of a smarter, more connected aircraft built for the future of supersonic travel.
WHY FLETCHER AEROSPACE
A Different Approach to Safety, Using AI and Predictive MRO
Human inspection catches what's already broken. Fletcher Aerospace is building maintenance that catches what's about to break — AI-embedded systems that detect hidden wear, fatigue, and failure signatures before they ever become a hazard. In an industry stretched thin by workforce shortages and the quiet risk of human error, the future of aviation safety isn't more inspectors. It's smarter systems watching every flight, every cycle, every stress point — around the clock, without fatigue
COMPANY
Fletcher Aerospace in Numbers
247
Employees
5
Core Teams
326
Partners Worldwide
$200m
Capital
COLLABORATION
Our Industry Partners
