The F-22 Raptor Over Oshkosh and the Untold Story of America's Last Pure Air Superiority Fighter

The F-22 Raptor is the most capable air superiority fighter ever built - and one of the most controversial procurement decisions in U.S. military history. With a program cost of roughly $67 billion and a final production run of just 187 aircraft, the Raptor delivered everything the Air Force asked for and then got its production line shut down anyway. Understanding why tells you something important about how America develops and deploys military air power.

The Cold War Requirement That Created the Raptor

The origin of the F-22 traces to 1981, when the Air Force looked at Soviet fighter development and didn’t like what it saw. The Sukhoi Su-27 and Mikoyan MiG-29 were closing a capability gap that American aviators had taken for granted since Vietnam. The margin of superiority was shrinking, and the Air Force decided to act before it disappeared entirely.

The resulting program was called the Advanced Tactical Fighter. The mission: build a replacement for the F-15 Eagle so capable that American pilots would carry a structural advantage into any engagement that no amount of adversary training or tactics could overcome. The requirement document they produced was, by any measure, extraordinary.

The new aircraft had to be stealthy - genuinely low-observable, not just radar-absorbent coating on an otherwise conventional airframe. It had to achieve supercruise, meaning sustained supersonic flight without afterburner, because an aircraft running in afterburner burns fuel at a rate that collapses its combat radius. It had to out-maneuver anything it might face. And it had to track and engage multiple targets simultaneously while remaining difficult to detect. This was not an incremental upgrade. It was a clean-sheet rethink of what a fighter is supposed to be.

YF-22 vs. YF-23: The Competition That Defined a Generation

Two industry teams competed for the contract. Lockheed, paired with Boeing and General Dynamics, built the YF-22. Northrop, paired with McDonnell Douglas, built the YF-23. Both aircraft flew in 1990. Both were exceptional.

The YF-23 was arguably the sleeker of the two designs, and some analysts considered it the stealthier aircraft. But the Air Force selected the YF-22 in April 1991, citing superior maneuverability and a more viable path to production. The decision remains debated in aerospace circles to this day.

The first production-representative F-22A made its initial flight on September 7, 1997, at Marietta, Georgia. The aircraft achieved initial operational capability at Langley Air Force Base in December 2005. By any technical measure, the development program was a success.

What the F-22 Actually Does

Supercruise. In combat configuration, the Raptor can sustain speeds above Mach 1.5 - roughly 1,000 mph - without afterburner. That distinction matters operationally. An aircraft using afterburner can sustain supersonic flight for minutes before fuel forces it to throttle back. An aircraft supercruising can cover vast distances at supersonic speed while retaining the fuel to fight and return. No other operational fighter in the world matches this capability.

Stealth. The F-22’s radar cross-section is classified, but program documentation has described it as comparable to a metal marble. A 56,000-pound fighter aircraft appears to a radar operator as something roughly the size of a small bird. That signature reduction comes from airframe shaping, specialized materials, internal weapons carriage, and exhaust nozzles designed to minimize infrared signature. The entire aircraft is built around the principle that the adversary shouldn’t know it’s present until after engagement has already occurred.

Thrust vectoring. The F-22’s engines can redirect their exhaust, allowing the aircraft to point its nose at angles aerodynamically impossible for conventional fighters at low speeds. In practice, the Raptor can maintain controlled flight at angles of attack that would cause a conventional aircraft to depart. It can effectively point its nose at a target positioned nearly behind it. This is not a demonstration trick. It is a combat capability that took decades of engineering to make practical.

Avionics. The F-22 carries the AN/APG-77 active electronically scanned array radar, one of the most capable airborne radars ever built. It can track targets at long range while emitting a radar signature low enough that opposing aircraft may not recognize they are being observed. The cockpit was designed around a first-look, first-shot, first-kill philosophy. The pilot receives a synthesized tactical picture rather than raw sensor data.

In simulated air-to-air exercises, reported exchange ratios - kills versus losses - against fourth-generation fighters have at various times reached triple digits. Exercise conditions are not combat conditions, and those numbers require careful interpretation. But the consistent conclusion across years of operational testing is that the Raptor operates at a fundamentally different level of capability than the aircraft it was designed to replace.

Why Only 187 Were Built

The original Advanced Tactical Fighter requirement called for 750 aircraft. That figure was progressively reduced as the Cold War ended and threat assessments were revised - first to approximately 381, then to 243. In 2009, then-Secretary of Defense Robert Gates capped the production run at 187 operational aircraft, over the explicit objection of Air Force leadership and substantial congressional opposition. The production line closed.

The stated rationale centered on cost. The F-22 program spent approximately $67 billion across development and procurement. Divided across 187 aircraft, that per-unit figure drew sustained criticism as unsustainable. Supporters of the program made the counter-argument that the comparison was structurally unfair: development costs are largely fixed regardless of production volume, and cutting the production run short meant paying full development costs while receiving a fraction of the planned fleet. The per-aircraft cost would have been significantly lower had production continued at the originally planned scale.

A separate factor compounded the economics. Congress wrote a prohibition on F-22 exports directly into defense authorization legislation, citing concerns about stealth technology proliferation. Every F-15, F-16, and F/A-18 sold to an allied nation partially offsets the cost of maintaining production infrastructure and funding improvements. The Raptor received no such offset. The export ban, whatever its strategic justification, made an already expensive program more expensive per unit than it had to be.

For context on what 187 aircraft means operationally: the Air Force currently operates approximately 450 F-15s and roughly 1,200 F-16s across active duty, Guard, and Reserve components. Against those numbers, the Raptor fleet is a thin margin for a nation expected to project air power across multiple theaters simultaneously.

What Comes Next: NGAD and the Future of Air Superiority

The aircraft intended to carry the Raptor’s mission forward is the Next Generation Air Dominance (NGAD) platform, which the Air Force has been developing under a classified program. Its configuration is not publicly known. Its mission is to extend what the F-22 established - updated for adversary developments in radar, missile technology, and electronic warfare that have emerged over the two decades since the Raptor entered service.

NGAD has faced its own cost and schedule pressures. Reporting through 2025 and into 2026 indicates the Air Force is weighing difficult tradeoffs between investment in the crewed NGAD platform and investment in autonomous collaborative combat aircraft - uncrewed systems designed to operate alongside crewed fighters, extending their reach and lethality. Those decisions are still being made. Their outcome will define American air power for the next generation the same way the Advanced Tactical Fighter program defined this one.

Why This Matters Beyond the Flight Line

The F-22 is not a factor in weekend cross-country flying. But it matters to anyone who understands what defense spending decisions mean at a systems level - and to any pilot who thinks seriously about the engineering that defines what flight can be.

The Raptor represents what happens when you take the boundaries of aeronautical possibility and refuse to accept that current answers are final answers. Every aircraft that has ever entered service traces a lineage back to engineers who decided that what had been done before was not good enough. The F-22 is that decision carried to an extreme conclusion - and then curtailed before its full potential was fielded.

187 aircraft are still flying, still training, still representing the edge of American airborne capability even as the next chapter is being written. The production line is closed and cannot be restarted without extraordinary investment. What exists is what exists.

The photograph over Oshkosh is a record of that moment - an aircraft that represents a generation of engineering effort, a procurement decision that remains contested, and a capability that still has no peer. When it comes over the threshold low and fast and the crowd goes quiet, it’s not spectacle they’re responding to. It’s recognition of something rare: the physical limits of what humans can build, demonstrated in flight.

Key Takeaways

The F-22 Raptor was designed in 1981 to replace the F-15 with supercruise, stealth, thrust vectoring, and first-look/first-shot/first-kill avionics - capabilities no other operational fighter fully matches.
The original procurement plan called for 750 aircraft; the production run was capped at 187 by Secretary of Defense Robert Gates in 2009, largely on cost grounds.
Total program cost reached approximately $67 billion, partly inflated by a congressional export ban that prevented the foreign military sales that offset development costs on other programs.
With roughly 450 F-15s and 1,200 F-16s in the inventory, 187 Raptors represent a thin air superiority margin for a multi-theater power.
The NGAD program is developing the Raptor’s successor, but faces its own cost pressures and a strategic debate about the balance between crewed platforms and autonomous collaborative combat aircraft.