The Unseen Archive

26/08/2026

From the Su-27 Flanker's legendary maneuverability to the thrust-vectoring Su-35 and the low-observable Su-57, Sukhoi's fighter designs have evolved dramatically across generations. Bigger range, greater agility, advanced sensors, and reduced observability

25/08/2026

From the simple and legendary MiG-21 to the Mach 2.8 MiG-25 Foxbat and the highly maneuverable MiG-29 Fulcrum, Soviet fighter design evolved dramatically across generations. Speed, altitude, radar, engines, and dogfighting technology kept advancing—c

24/08/2026

The V-22 Osprey's most remarkable engineering may be hidden inside its wings. Its two Rolls-Royce AE 1107C engines drive massive proprotors through complex gearboxes, while an interconnect driveshaft links both sides.

24/08/2026

23/08/2026

The Mitsubishi F-2 may look like an F-16, but Japan redesigned the aircraft extensively for its own requirements. With a larger composite wing, greater wingspan, advanced radar, a powerful F110-GE-129 engine, and strong anti-ship capability,

23/08/2026

Those massive F-14 engine intakes weren't simply there to feed more air. Their variable-geometry ramps managed supersonic airflow, slowing and compressing it before it reached the engines. This was especially important for the early TF30, which was sensitive to airflow disturbances.

23/08/2026

WHY DID THE F-14 TOMCAT HAVE SUCH HUGE AIR INTAKES?

Those massive rectangular openings beneath the F-14's cockpit weren't designed simply to feed more air into its engines.

They were part of a sophisticated variable-geometry intake system designed to manage airflow as the Tomcat accelerated from subsonic flight to more than twice the speed of sound.

The F-14's TF30 turbofan engines were highly sensitive to disturbed airflow. At high speed, simply allowing supersonic air to rush directly into the engine would create serious problems.

The solution was to slow and compress the incoming air before it reached the engine compressor.

Inside each intake were movable ramps and bypass doors that changed position as the aircraft's speed and flight conditions changed.

AT LOWER SPEEDS

The intake ramps were positioned to allow large quantities of air into the engine with relatively little restriction.

AS SPEED INCREASED

The ramps moved and shaped the airflow, creating and controlling shock waves inside the inlet.

AT HIGH SUPERSONIC SPEED

The system used the shock structure to decelerate and compress the incoming air before it reached the TF30 engine.

This is the important part:

The intake wasn't just an opening. It was an aerodynamic machine.

Its job was to transform extremely fast, compressed airflow into something the engine could actually use efficiently.

The F-14 could reach approximately Mach 2.34, and its variable-geometry inlets were essential to managing the airflow required by the powerful twin-engine aircraft.

That enormous intake therefore tells you something important about the Tomcat.

The F-14 wasn't simply designed around an engine.

It was designed around the difficult problem of feeding that engine at both low and extremely high speeds.

Those giant intakes weren't just big. They were smart.

22/08/2026

The F-14 Tomcat could transform its wing geometry in flight, sweeping from about 20° to 68° to balance low-speed carrier handling with high-speed performance. Its twin engines provided enormous thrust, while later F-14B and F-14D variants received the more powerful F110 engines.

22/08/2026

The B-2 Spirit and B-21 Raider share the flying-wing stealth philosophy, but they're products of very different eras. The B-2 pioneered operational stealth bombing, while the B-21 is designed around modern networking, digital systems, maintainability, and future upgrades.

19/08/2026

The MiG-21 and SR-71 used very different-looking inlet systems, but both solved the same problem: controlling supersonic airflow before it reached the engine. The MiG-21 used a movable shock cone, while the SR-71 used a sophisticated translating inlet spike.
📐 3D Model: mig21
🎨 Artist: 42manako
🌐 Platform: Sketchfab (CC BY 4.0)
📐 3D Model: model/sr71
🎨 Artist: manilov.ap
🌐 Platform: Sketchfab (CC BY 4.0)