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Flight LevelFlight LevelTo empower aerospace innovation by delivering reliable, flight-critical software and expert engineering solutions. We bridge the gap between flight controls, software development, and flight testing while leveraging simulation and data-driven insights to mitigate risk and accelerate progress. We provide flexible, cross-disciplinary expertise to startups and established companies, enabling them to overcome technical challenges and achieve their aerospace goals.
We’re not just a team – we’re a powerhouse of engineers, pilots, technicians, and mechanics, united by a passion for aerospace innovation. We don’t just dream of flight; we make it happen. Our diverse expertise allows us to seamlessly design, code, build, integrate, and fly complex systems on real aircraft, spanning the spectrum from subsonic to hypersonic speeds, both manned and unmanned.
What We Do:
Partnering with leaders across the aerospace spectrum to achieve groundbreaking results.
We’re more than just colleagues; we’re a collective of passionate problem-solvers, each bringing unique expertise to the table. Our team is the driving force behind our ability to deliver groundbreaking aerospace solutions.
Discover how our Flight-Level Engineering solutions have driven success for clients.
This is what a variable stability flight simulator should be. This is the most impressive set of VSS helicopter demonstrations we have ever experienced.
Flight Level Engineering (FLE) provided variable stability test cards that were excellent and really helped with learning.
The interaction/teaching between the Flight Level Engineering (FLE) instructor staff and the students was excellent – the instructors did a great job both during the sims and teaching the theory.
The sims and instructors were outstanding and the students used the phrase, “a picture is worth 1,000 words”.
Flight-Level Engineering (FLE) was founded with a clear vision: to bridge the gap between software and hardware in advanced aerospace projects. From its origins at Embry-Riddle Aeronautical University, FLE quickly established itself as a leader in developing flight-critical systems, simulation, and data-driven solutions. Early partnerships validated its expertise in real-world flight applications.
FLE’s commitment to innovation led to significant growth, including expansion into advanced research facilities and flight testing capabilities. Today, under the leadership of Dr. Borja Martos, FLE delivers a comprehensive suite of services, including flight-critical software development, advanced simulation, data acquisition and analysis, system integration, and expert flight testing support. FLE stands as a trusted partner for startups and established leaders, providing tailored aerospace solutions that propel projects from concept to successful flight.
Princeton University modifies the Navion to a 6-DOF inflight simulator. Princeton receives F-14 tomcat research program.
University of Tennessee Space Institute modernizes both variable stability Navion’s for industry courses and flight research.
Flight Level Engineering (FLE) started between Richard Thomas and Dr. Borja Martos. Initial office and hangar space was located at the Embry-Riddle Aeronautical University (ERAU) Eagle Flight Research Center.
FLE flies with its first variable stability customer – Embraer.
FLE moved to the ERAU Micaplex as its first tenant. Learn more here or here.
FLE flies with Aviation Week and Technology launching its eCTOL and eVTOL research and development concepts. Learn more here.
FLE adds hanger space in Spanish Fork, Utah.
FLE sells Unmanned Aerial Research and the Osprey UAS system. Learn more here.
Flight Level Engineering Inaugurated its new office space at the KSPK airport in February.
Partner with us to turn your aerospace vision into reality.
