Searching IndustryNet for flight simulator suppliers.

Flight Simulators

19 Verified Suppliers

Advanced Simulation Technology, Inc. Herndon, VA

Aeronautical Systems Engineering, Inc. Odessa, FL

Bugeye Technologies, Inc. Union, MO

CAE USA Tampa, FL

Collins Aerospace Salt Lake City, UT

Designs International, Inc., Aerospace Dallas, TX

DynaLantic Corp. Ozark, AL

FlightSafety International, Inc. Columbus, OH

FlightSafety International, Simulation Broken Arrow, OK

Frasca International, Inc. Urbana, IL

L3Harris Technologies, Inc., Aviation Products Burnsville, MN

Malwin Electronics Corp. Paterson, NJ

Platinum Simulators Inc. Carlsbad, CA

Rockwell Collins Simulation & Training Solutions, LLC Binghamton, NY

Rockwell Collins, Inc. Sterling, VA

Safety Training Systems, Inc. Tulsa, OK

Stem Pilot Waterbury, CT

TRU Simulation + Training, Inc. Lutz, FL

Xspec Aviation, LLC Emporia, KS

The flight simulator industry focuses on the development and production of systems that replicate the experience of flying an aircraft. These simulators serve as critical training tools for pilots, allowing them to practice and hone their skills in a controlled environment. Flight simulators range from basic desktop-based software to full-motion simulators that replicate the cockpit of an aircraft with high fidelity. Key components of flight simulators include visual display systems, motion platforms, and control interfaces that mimic the actual controls of an aircraft. Visual display systems use high-resolution screens or virtual reality technology to create realistic flight environments. Motion platforms provide physical feedback to simulate the sensations of flight, such as turbulence and acceleration. Control interfaces include yokes, pedals, and throttle quadrants that replicate the tactile experience of flying. The materials used in flight simulators vary depending on the complexity of the system, with advanced simulators incorporating high-grade electronics, durable plastics, and metals to ensure longevity and reliability. Flight simulators find applications in both civilian and military aviation sectors. In civilian aviation, airlines and flight schools use simulators for pilot training, certification, and recurrent training. Military applications include training for fighter pilots, helicopter pilots, and other specialized roles. The industry also supports research and development in aviation safety, allowing for the testing of new aircraft designs and flight procedures without the risks associated with real-world testing. Flight simulators contribute to cost savings by reducing the need for fuel and maintenance associated with actual flight training. They also enhance safety by allowing pilots to experience and respond to emergency scenarios in a risk-free environment. The flight simulator industry serves a wide range of sectors, including commercial airlines, military organizations, aerospace manufacturers, and educational institutions. It plays a vital role in ensuring the proficiency and preparedness of pilots, ultimately contributing to the overall safety and efficiency of air travel.