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The Big Reason Why the YF-23 Black Widow II Won’t Ever Fly for the Air Force

YF-23 Image Taken at U.S. Air Force Museum
YF-23 Image Taken at U.S. Air Force Museum. Image Credit: National Security Journal.

Article Summary: YF-22 vs. YF-23 –  The Hidden Weapons-Bay Edge That Decided History

-Northrop’s YF-23 dazzled with speed and stealth, but Lockheed’s YF-22 won the Advanced Tactical Fighter crown for pragmatic reasons.

YF-23 National Security Journal Photo. Taken by Harry J. Kazianis at U.S. Air Force Museum on 7/19/2025.

YF-23 National Security Journal Photo. Taken by Harry J. Kazianis at U.S. Air Force Museum on 7/19/2025.

YF-23 National Security Journal Photo. Taken by Harry J. Kazianis at U.S. Air Force Museum on 7/19/2025.

YF-23 National Security Journal Photo. Taken by Harry J. Kazianis at U.S. Air Force Museum on 7/19/2025.

-Beyond thrust-vector agility and a more mature avionics suite, the Raptor prototype had a cleaner path to production and support—and a weapons-bay design evaluators trusted.

-The YF-22 carried four AIM-120s in shallow ventral bays with independent ejectors and side bays for AIM-9s, even live-firing an AMRAAM during trials.

-The YF-23’s deeper, single “coffin” bay stacked missiles and raised jam risks. Add clearer logistics and growth potential, and the Air Force chose the jet that became the F-22—trading some exotic promise for combat-ready reliability.

National Security Journal has visited both YF-23 fighters and included original images from our July 2025 visit to the U.S. Air Force Museum.

Another Reason the Air Force Chose the YF-22 Over the YF-23

We have devoted considerable effort to analyzing the fighter jet known as the YF-23. The Black Widow II had a “sting” with high levels of stealthiness and speed.

But it lost the fly-off competition to the YF-22, the warbird that would later become the Raptor. The YF-23 has always been intriguing, boasting compelling features that included long-range capabilities, improved acceleration, and agility. This probably would have turned into a valuable fighter, but it wasn’t meant to be.

The YF-23 lacked a clear path to manufacturing and a well-defined logistical plan. These areas were an advantage that the YF-22 had in spades. The YF-22 also had thrust vectoring and better avionics, leading the Air Force to choose the prototype that would be known as the F-22 Raptor.

This Was the Super Bowl of Airplane Competitions

The competition was called the Advanced Tactical Fighter program, held in the late 1980s and early 1990s. Defense contractors were working at a fever pitch. The engineers, designers, and technicians were giving it their all to win. The Air Force sought a new stealthy air superiority jet that could evade air defenses, overwhelm the enemy, and return home safely.

The F-117 Nighthawk, although quite stealthy, was not a high-performance fighter – it was more of a strike warplane or light bomber. The YF-23 and YF-22 competition was going to be a nail-biter because the Air Force needed a hot-rod jet for aerial combat.

Reasons the YF-22 Was Chosen

Evaluators believed that the YF-22, due to its thrust vectoring nozzles, could be a better dog-fighter than the YF-23. The YF-23 instead had fixed nozzles. The YF-22 also featured an enhanced avionics suite, demonstrating a more effective balance of radar, sensors, and electronic warfare systems.

There Was Another Redeeming Quality That the YF-22 Had

Tyler Rogoway of the War Zone has even more reasons why the YF-22 won the competition. Rogoway believes that one key difference between the YF-22 and YF-23 had to do with the weapons bay configuration.

The YF-22 had four AIM-120 AMRAAMs nestled closely on shallow bays around the airplane’s waist like a pair of pistols on a gun belt, Rogoway explained. The Sidewinder short-range missile was also a part of this get-up.

YF-23 on Taxiway USAF

YF-23 on Taxiway USAF. Image Credit: Creative Commons.

“The seeker heads on the Sidewinders would deploy into the slipstream at an angle once the side bay doors are open and before locking on and firing off their mounting rail at the enemy. The AIM-120s would be punched out of the ventral bay using a pneumatic trapeze-like vertical launcher. Each missile had its own one of these and could be launched freely regardless of the status of the other missiles in the bay,” Rogoway wrote.

Using the YF-22 For Ground Strike Missions

The YF-22 could also carry a 1,000-pound JDAM and four Small Diameter Bombs. This is interesting because the F-22 is not really used as a multi-role surface strike airplane. It is more of an air superiority fighter.

However, the evaluators in the competition likely noted that the YF-22 had this extra level of armament, which may have swayed their opinions.

Later, the F-35 would have a better capability for ground strike and close air support.

What Kind of Weapons Did the YF-23 Feature?

The YF-23, Rogoway declared, had a different weapons bay. It was long, narrow, and deeper – a single bay rather than two on the sides. It was “coffin-like,” he said, and located behind the cockpit between the air intakes. This allowed the YF-23 to potentially carry AIM-120 AMRAAMs and AIM–9 Sidewinders, a total of five missiles.

The big difference was that the YF-22 test-fired an AMRAAM during the competition, and that wasn’t even part of the evaluation matrix. This impressed the graders, and they likely determined that the YF-22 was ready for battle, with its fully equipped weapons bays.

The YF-23 bay was less complex, and it could stack “missiles above other missiles.” These could jam, however, and this gave the observers and graders pause. Maybe the YF-22 would be better in battle after all, they thought.

However, the YF-23 might have enjoyed an advantage in ground strike since it could carry heavier, precision-guided munitions. This was a tough choice – more reliability or better firepower.

The YF-23 could have featured a rotary launcher, but the manufacturer was not ready to integrate that feature on the demonstrator. This meant the YF-23 could fly in battle and have a missile launch jammed under its current configuration. That was seen as unacceptable.

The YF-22 was overall a more mature design, but the YF-23 had more potential, and there are still pilots and defense analysts who wonder if the Black Widow II was the better choice. The weapons bay configuration was a factor that evaluators wanted to consider in determining the potential for each airplane’s war-fighting capability. And this distinction could have pushed graders over the edge to pick the YF-22.

While the YF-23 had its charms, the Air Force made the right choice. The F-22 is now one of the stealthiest airplanes in the world. It is ready for aerial combat in the event of conflict with Russia or China, and it is a Day One warplane. The weapons configuration is superior, and it has performance advantages that make it a valuable airplane.

However, choosing the YF-23 would not have hurt the Air Force. There were many redeeming qualities, and evaluators had to make a tough choice. We’ll never know how the YF-23 would have served, but the F-22 has stood the test of time and will be a stalwart fighter for many years to come.

About the Author: Brent M. Eastwood

Brent M. Eastwood, PhD is the author of Don’t Turn Your Back On the World: a Conservative Foreign Policy and Humans, Machines, and Data: Future Trends in Warfare plus two other books. Brent was the founder and CEO of a tech firm that predicted world events using artificial intelligence. He served as a legislative fellow for US Senator Tim Scott and advised the senator on defense and foreign policy issues. He has taught at American University, George Washington University, and George Mason University. Brent is a former US Army Infantry officer. He can be followed on X @BMEastwood.

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Brent M. Eastwood
Written By

Dr. Brent M. Eastwood is the author of Humans, Machines, and Data: Future Trends in Warfare. He is an Emerging Threats expert and former U.S. Army Infantry officer. You can follow him on Twitter @BMEastwood. He holds a Ph.D. in Political Science and Foreign Policy/ International Relations.

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