Flight Level Engineering turns complex aerospace problems into streamlined, certifiable solutions. From conceptual design and systems integration to safety-critical software, our Utah-based team delivers the insight, speed, and precision modern programs demand. We collaborate with commercial, defense, and unmanned operators to reduce risk, compress schedules, and unlock new performance boundaries. Clients leverage our proven tools, rigorous processes, and decades of cockpit experience to meet FAA, EASA, and MIL-STD requirements without compromises. When you need clear answers and actionable plans, rely on Aviation Engineering Consultants in Eagle Mountain, UT to propel your project from whiteboard to flight line.
Contact Information
Give Us A Call
(931) 247-7457
Location
2050 N 300 W Hangar 97 Spanish Fork, UT 84660
Business Hours
Monday – Friday: 08:00 AM – 05:00 PM (MDT)
About Flight Level Engineering
Flight Level Engineering (FLE) is a leading aerospace engineering firm specializing in flight-critical software, hardware integration, in-flight simulation, and test support. With operations based in Spanish Fork, Utah and an additional facility in Mojave, California, FLE has earned a reputation for delivering advanced solutions that accelerate innovation across the aerospace industry.
Their team—composed of engineers, test pilots, technicians, and certified mechanics—works hands-on with aircraft across the full performance envelope, from subsonic trainers to hypersonic testbeds, both manned and unmanned. Their unique capabilities include 6-DOF variable stability simulation, MATLAB/Simulink modeling, real-time embedded C++ software, and custom test instrumentation systems. Clients range from startups and research institutions to government and defense contractors including NASA, FAA, and Embraer.
Whether you're developing a next-generation UAV, refining a novel flight control system, or preparing for critical testing campaigns, Flight Level Engineering offers proven experience, advanced tools, and a flight-ready mindset.