Airframe/Flight Deck Represent (Fit/Form/Function) a 2024-25 factory new Cirrus Trac20/SR20 G7. Cockpit should realistically match that of a Cirrus Trac20/SR20 G7. Knobs and switches should be in the correct position as appropriate to the current year model Cirrus Trac20/SR20 G7aircraft. Control loading should use certified data to realistically mimic the handling and flight characteristics of a Cirrus Trac20/SR20 G7. CAPS (Airframe parachute) simulation. Cockpit/Flight Desk should be a “hard shell” design mimicking the shape/design of the Cirrus Trac20/SR20 G7. Custom logo/decals of Texas Southern University colors exterior design. Avionics Avionics/Navigation/instrumentation as appropriate to latest year model Trac20/SR20 G7 Cirrus Perspective Plus Avionics Suite (functions, databases, charts, radar displays, engine information, etc.) Visuals 180 degree (or greater) “wrap around” high-definition visual system. Simulates realistic terrain, airport, taxi environments, weather, etc. Five custom airports including the Ellington Airport, Hobby Airport and Galveston Scholes Field Airport. Installation Factory (or factory authorized/approved vendor) installation, setup, and training. Training on software and maintenance procedures. Detailed installation, electrical, and hardware documentation. Software Instructor training station including the ability to simulate failures, weather conditions, position/repositioning, map display, etc. Ability to simulate real world aircraft failures (electrical, avionics, engine, oil pressure, oil temps, etc.) The instructor will be able to adjust/control the flight environment (density altitude, time of day, weather, visibility, clouds, winds, turbulence, etc.).
