Aerodynamics | Defense | Engineering
AIR WEB explains aircraft mechanics, internal systems and national aviation platforms through an animated interface built to stand out in a portfolio.
Flight Mechanics
The wings accelerate airflow and create pressure differences, the engine provides forward thrust, the fuel system feeds the engine, avionics monitor position and system health, and control surfaces convert pilot input into physical movement.
The wing profile redirects airflow and creates a pressure difference between the upper and lower surfaces.
Jet engines or propellers move the aircraft forward and generate the speed needed for lift.
The airframe shape reduces aerodynamic drag and improves range and fuel efficiency.
Ailerons, elevators and rudders manage roll, climb, descent and directional control.
Internal Systems
Air flows faster over the upper surface of the wing, creating the pressure difference that produces lift.
Air intake, compression, combustion and exhaust work together to generate forward thrust.
Small movements in ailerons, elevators and rudders guide the direction and stability of the aircraft.
Flight computers process speed, altitude, route, engine and sensor data in real time.
National Aircraft
A twin-engine, low-observable, fifth-generation combat aircraft program.
A turbofan-powered, high-speed unmanned combat aircraft concept.
A high-altitude, long-endurance armed unmanned aerial vehicle.
Vision