F-16 vs F-22: Which Fighter Is Better, and Why the Air Force Flies Four Vipers for Every Raptor

F-16 vs F-22 compared on stealth, speed, dogfighting, cost and combat record. The Raptor wins the fight; the F-16 costs a quarter as much to fly.

Updated: by Tim de Vries

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Lockheed Martin F-22 Raptor and Lockheed Martin F-16 Fighting Falcon compared side by side
Lockheed Martin F-22 Raptor and Lockheed Martin F-16 Fighting Falcon compared side by side – © Reinhard Zinabold / public domain / composite by AeroCorner

The F-22 Raptor is the better fighter. It is stealthy, cruises above Mach 1.5 without afterburner, and in its first big training exercises it posted a simulated 108-to-0 kill ratio against aggressor F-15s and F-16s.

The F-16 is the better value. It costs about a quarter as much per flight hour, flies strike and air-defense suppression missions as well as air combat, and with 2,102 in service worldwide it outnumbers the 184-jet Raptor fleet more than ten to one.

Lockheed Martin F-22 Raptor
Fighter Jets
Lockheed Martin F-22 Raptor
ICAO: F22 Military: F-22A Visit aircraft page
Lockheed Martin F-16 Fighting Falcon
Fighter Jets
Lockheed Martin F-16 Fighting Falcon
ICAO: F16 Military: F-16C Visit aircraft page

General

Units
Lockheed Martin F-22 Raptor
Manufacturer
Lockheed Martin
ICAO code
F22
Military code
F-22A
Produced
1996–2011
Price
$143 million (2022)
Engine
2 × Pratt & Whitney F119-PW-100
Engine type
Turbofan
Thrust
2 × 35,000 lbf · 156 kN +140% (total)
Avionics
AN/APG-77(V)1 AESA radar, AN/ALR-94 electronic warfare suite, AN/AAR-56 Missile Launch Detector (MLD), MIDS-JTRS with Link 16, integrated CNI avionics
Wing tips
No winglets
Seats
1
Crew
1
Lockheed Martin F-16 Fighting Falcon
Manufacturer
Lockheed Martin
ICAO code
F16
Military code
F-16C
Produced
1973–Present
Price
$18.8 million (1998)
Engine
1 × Pratt & Whitney F100-PW-229
Engine type
Turbofan
Thrust
29,160 lbf · 130 kN -58% (total)
Avionics
AN/APG-68 pulse-Doppler radar (AN/APG-83 SABR AESA on modernized and Block 70/72 jets), wide-angle head-up display, Link 16, helmet-mounted integrated targeting, Automatic Ground Collision Avoidance System
Wing tips
No winglets
Seats
1
Crew
1

Dimensions

Lockheed Martin F-22 Raptor
Exterior length
62 ft 1 in 18.92 m 62 ft 1 in 18.92 m +26%
Tail height
16 ft 8 in 5.08 m 16 ft 8 in 5.08 m +4%
Wing span
44 ft 6 in 13.56 m 44 ft 6 in 13.56 m +36%
Lockheed Martin F-16 Fighting Falcon
Exterior length
49 ft 5 in 15.06 m 49 ft 5 in 15.06 m -20%
Tail height
16 ft 0 in 4.88 m 16 ft 0 in 4.88 m -4%
Wing span
32 ft 8 in 9.96 m 32 ft 8 in 9.96 m -27%

Weights

Lockheed Martin F-22 Raptor
Empty weight
43,340 lb 19,659 kg 43,340 lb 19,659 kg +129%
Max payload
— — —
Fuel capacity
2,687 gal 10,171 L 2,687 gal 10,171 L +157%
Max takeoff weight
84,000 lb 38,000 kg 84,000 lb 38,000 kg +98%
Lockheed Martin F-16 Fighting Falcon
Empty weight
18,900 lb 8,573 kg 18,900 lb 8,573 kg -56%
Max payload
17,000 lb 7,700 kg 17,000 lb 7,700 kg
Fuel capacity
1,045 gal 3,956 L 1,045 gal 3,956 L -61%
Max takeoff weight
42,300 lb 19,200 kg 42,300 lb 19,200 kg -50%

Performance

Lockheed Martin F-22 Raptor
Max cruise speed
1,303 kt · 1,499 mph 2,413 km/h 1,303 kt 1,499 mph 2,413 km/h +11%
Max speed
1,303 kt · 1,499 mph 2,413 km/h 1,303 kt 1,499 mph 2,413 km/h +11%
Cruise speed
1,010 kt · 1,162 mph 1,871 km/h 1,010 kt 1,162 mph 1,871 km/h +100%
Rate of climb
62,000 ft/min 315 m/s 62,000 ft/min 315 m/s +24%
Range
1,600 nm · 1,840 mi 2,960 km 1,600 nm 1,840 mi 2,960 km -30%
Service ceiling
65,000 ft 19,800 m 65,000 ft 19,800 m +30%
Takeoff distance
1,570 ft 480 m 1,570 ft 480 m +39%
Landing distance
— — —
Lockheed Martin F-16 Fighting Falcon
Max cruise speed
1,176 kt · 1,353 mph 2,178 km/h 1,176 kt 1,353 mph 2,178 km/h -10%
Max speed
1,176 kt · 1,353 mph 2,178 km/h 1,176 kt 1,353 mph 2,178 km/h -10%
Cruise speed
504 kt · 580 mph 933 km/h 504 kt 580 mph 933 km/h -50%
Rate of climb
50,000 ft/min 254 m/s 50,000 ft/min 254 m/s -19%
Range
2,277 nm · 2,620 mi 4,220 km 2,277 nm 2,620 mi 4,220 km +42%
Service ceiling
50,000 ft 15,200 m 50,000 ft 15,200 m -23%
Takeoff distance
1,130 ft 350 m 1,130 ft 350 m -28%
Landing distance
1,500 ft 460 m 1,500 ft 460 m

Table of Contents

MeasureF-22A RaptorF-16 Fighting Falcon
Generation, first flightFifth; first F-22 flew September 1997Fourth; YF-16 prototype flew January 1974
Entered serviceDecember 2005January 1979 (first operational F-16A)
Built forAir dominance, with a secondary strike roleLightweight multirole fighter: air combat, strike and air-defense suppression
StealthAll-aspect low observable, weapons carried internallyNone, weapons carried externally
Supercruise and thrust vectoringYes and yesNo and no
Air-to-air missiles6 AIM-120 and 2 AIM-9, all internalUp to 6, external
GunM61A2 20 mm, 480 roundsM61A1 20 mm, 500 rounds
Air combat recordFirst kill in February 2023 (a Chinese balloon); simulated 108 to 0 in trainingKills with Israel, the US, the Netherlands, Ukraine and others since 1981
Cost per flight hour, FY2026$55,051$14,818 (F-16C)
Unit cost (Air Force fact sheets)$143 million$18.8 million (F-16C/D, fiscal 1998 dollars)
Built195, including 8 test aircraftMore than 4,600
US Air Force fleet184 (June 2026)704 F-16Cs and 134 F-16Ds (FY2024)
ExportsBanned by law since fiscal 19982,102 in active service worldwide (2026)
Future in US serviceRetirement barred until September 30, 2027; F-47 to follow in the 2030sUpgraded and life-extended to fly through 2040 or beyond
Dimensions, weights, speed, engine and price data are in the database comparison at the top of this page. This table covers what those specs cannot: role, weapons, record, cost and fleet. Figures from US Air Force fact sheets, the DoD Comptroller’s FY2026 reimbursement rates and Air & Space Forces Magazine, current as of September 2026.

How we compare the F-16 and the F-22

These two jets were built a generation apart for different jobs. The F-16 is a 1970s lightweight multirole fighter, and the F-22 is a stealthy air-dominance fighter that entered service in 2005.

We compare them on four measures: winning the air-to-air fight, cost and numbers, combat record, and what each jet will do next. Full specifications for the Lockheed Martin F-22 Raptor and the Lockheed Martin F-16 Fighting Falcon sit in our aircraft database.

The Raptor was meant to replace the F-16 too

The Air Force started the Advanced Tactical Fighter program, which produced the F-22, in 1981 to replace both the F-15 and the F-16. Production cuts left the Raptor replacing the F-15 in most active-duty squadrons, while the F-16 kept flying.

Where the F-22 wins

Stealth and internal weapons

The F-22 carries its air-to-air load inside the airframe: six AIM-120 AMRAAMs in the main bay and two AIM-9 Sidewinders in the side bays. Carrying them internally keeps its radar signature low.

For strike missions it swaps four of the AMRAAMs for two 1,000-pound (450 kg) JDAM bombs or eight Small Diameter Bombs, still inside. The F-16 hangs its missiles, bombs and pods on external stations and has no stealth to protect it.

The Raptor’s APG-77 radar changes frequency more than 1,000 times per second, which makes its emissions hard to detect. For how it ranks among its peers, see our list of stealth fighter jets.

Speed and supercruise

The F-22 is the faster jet. Published specifications give it Mach 2.25, about 1,500 mph (2,414 km/h) at altitude, against Mach 2.05 for a clean F-16 at 40,000 feet.

The bigger difference is supercruise. The Air Force says the F-22 can cruise above Mach 1.5 without afterburner, while the F-16, like other fighters of its era, has to use fuel-hungry afterburner to stay supersonic.

Each of the Raptor’s two F119 engines is in the 35,000-pound thrust class, against 27,000 pounds for the single engine of an F-16C/D. See where both rank in our list of the fastest fighter jets.

A lopsided training record

The Raptor’s first big exercise was Northern Edge in Alaska in June 2006. Flying against F-15s, F-16s and Navy Super Hornets playing the enemy, the blue force it flew with scored 241 simulated kills for 2 losses, and both losses were F-15Cs.

“They couldn’t see us,” said Lt. Col. Wade Tolliver, commander of the 27th Fighter Squadron. “And that’s what makes the F-22 special.”

Across Northern Edge and Red Flag in February 2007, Raptors flying against aggressor F-15s and F-16s posted a simulated kill ratio of 108 to 0.

Where the F-16 wins

About a quarter of the cost to fly

The Pentagon’s fiscal 2026 reimbursement rates bill an Air Force F-16C at $14,818 per flight hour and an F-22A at $55,051. An hour in a Raptor buys almost four hours in an F-16.

Buying one was cheaper too. Air Force fact sheets list the F-16C/D at $18.8 million in fiscal 1998 dollars and the F-22 at $143 million.

Counting development, the Raptor program cost about $67.3 billion by the time production wound down, about $360 million for each production jet delivered.

Numbers the Raptor never had

The Air Force had 704 F-16Cs and 134 F-16Ds in fiscal 2024, about 40 percent of its fighter inventory. It flies 184 F-22s, so there are more than four Vipers, as pilots call the F-16, for every Raptor.

Worldwide the gap is far bigger. More than 4,600 F-16s have been built and 2,102 were in active service in 2026, against 195 F-22s built in total.

Availability widens it further. In fiscal 2024 the F-22 fleet was mission capable 40.19 percent of the time, down from 52 percent a year earlier and well below the Air Force average of 67.15 percent.

Anyone can buy one

Since fiscal 1998, every annual defense appropriations act has barred the sale of the F-22 to any foreign government, to protect its stealth technology. The US Air Force is its only operator.

The F-16 is still in production. Lockheed Martin has built it since 2019 after a two-year pause, and in January 2024 the US approved the sale of 40 new Block 70/72 jets to Turkey.

One jet, many jobs

The F-16 was designed as a lightweight fighter but became a mainstay of the Air Force’s tactical airpower, flying mainly strike and air-defense suppression missions.

The F-22 can hit ground targets too, but only with a small internal bomb load. Its main job is air dominance: clearing the sky so everything else can work.

F-16 vs F-22: who wins a dogfight?

The F-22, and not only because of stealth. Up close, the two are well matched on paper: at half internal fuel each produces more thrust than it weighs, 1.25 to 1 for the F-22 and 1.24 to 1 for the F-16, and both are rated to 9 g.

The Raptor then adds what the F-16 lacks: two-dimensional thrust-vectoring nozzles that swivel 20 degrees up or down, built into its flight controls. The Air Force says that combination lets it outmaneuver all current and projected aircraft.

Myth check: the F-16 is faster and more agile than the F-22

It is a common claim, and it is wrong. The F-22 tops out at Mach 2.25 against the F-16’s Mach 2.05, matches its thrust-to-weight ratio and 9 g limit, and adds thrust-vectoring nozzles. The F-16’s real advantage is price, not performance.

That does not make the Raptor unbeatable up close. At Red Flag Alaska in 2012, German Eurofighter Typhoons scored simulated kills on F-22s in close-range dogfights, and one German pilot said, “Yesterday, we have had a Raptor salad for lunch.”

Those were within-visual-range fights, where stealth counts for least. The Air Force built the F-22 to track, identify and shoot enemy fighters before they detect it, a matchup we explore in our Eurofighter Typhoon vs F-22 comparison.

Combat record: F-16 vs F-22

The F-16 has been fighting since 1981. Israeli F-16s scored its first air-to-air kill, a Syrian Mi-8 helicopter, on April 28 that year, and downed a Syrian MiG-21 on July 14.

Over Lebanon in 1982, the Israeli Air Force credited its F-16s with 44 air-to-air kills, mostly MiG-21s and MiG-23s, with no air-to-air losses. The first US Air Force F-16 kill came on December 27, 1992, when an F-16D downed an Iraqi MiG-25 with an AIM-120.

The newest came in July 2026. Gen. Dan Caine, chairman of the Joint Chiefs of Staff, told a Senate hearing that a Ukrainian F-16 had shot down a Russian fighter; Ukraine’s air force said it downed an Su-35 on July 8.

The F-22’s combat career began on September 22, 2014, with bombing strikes on Islamic State targets in Syria. Its first air-to-air kill was a Chinese surveillance balloon, shot down off South Carolina at 60,000 to 65,000 feet on February 4, 2023.

Its biggest war came in 2026. Eleven F-22s deployed to Ovda Air Base in Israel in February, and US Central Command says they flew more than 200 combat sorties against Iranian air defenses and other targets between March 1 and 9.

Ten of those Raptors landed in England on their way home in July. The two jets have never fought each other, and the Raptor has yet to be reported in a dogfight with an enemy fighter.

The F-16 has lost at least one. In October 1996 a Greek Mirage 2000 shot down a Turkish F-16D over the Aegean; Turkey’s defense minister confirmed it in 2012, while Greece officially denies it.

In February 2019 India said it had shot down a Pakistani F-16, which Pakistan denied. Foreign Policy reported that a US count of Pakistan’s F-16s found none missing.

F-16 vs F-22 size and cockpit

The F-22 is the bigger jet in every dimension. The Air Force lists it at 62 feet 1 inch (18.9 m) long, with a 44-foot 6-inch (13.6 m) wingspan, and 16 feet 8 inches (5.1 m) tall.

The F-16 is 49 feet 5 inches (15.1 m) long, with a 32-foot 8-inch (10 m) wingspan, and stands 16 feet (4.9 m) tall. The full side-by-side dimensions are in the database comparison at the top of this page.

An empty F-22 outweighs a fully loaded F-16

An empty F-22 weighs 43,340 pounds (19,700 kg), more than the 37,500-pound (17,000 kg) maximum takeoff weight the Air Force lists for the F-16. The Raptor’s own maximum takeoff weight, 83,500 pounds (38,000 kg), is more than double the F-16’s.

The Raptor also carries far more fuel inside: 18,000 pounds (8,200 kg), against 7,000 pounds (3,175 kg) in the F-16. For how both rank among the heavyweights, see our list of the biggest fighter jets.

Inside the cockpit

The F-16’s cockpit was built for the dogfight: a bubble canopy for all-round vision, a seat reclined 30 degrees instead of the usual 13 to help the pilot tolerate g-forces, and a side-stick instead of a center stick.

It was also the first production fighter designed to be slightly unstable on purpose, with fly-by-wire controls keeping it in hand. That cuts drag and sharpens its handling.

The F-22 has an all-glass cockpit: a head-up display and six color LCD screens, flown with a force-sensitive side-stick and two throttles. Its real edge is sensor fusion, which the Air Force credits with improving the pilot’s awareness of the fight.

Why was the F-22 discontinued?

The Air Force first planned 750 Advanced Tactical Fighters, then 381. Rising costs, early reliability problems and the lack of a matching enemy after the Cold War brought that down, and Defense Secretary Robert Gates capped the fleet at 187 operational jets in 2009.

Production ended in 2011 and the last Raptor was delivered in May 2012, for 195 in all including 8 test aircraft. Pentagon leaders wanted the money for the F-35, which uses F-22 technology but was designed to be cheaper, more flexible and exportable.

The short run forced the Air Force to keep 179 F-15C/Ds flying into the late 2020s, well past their planned retirement, a story we tell in our F-15 vs F-22 comparison. The F-16, by contrast, has been in production almost continuously since 1973.

What comes next for both jets

The F-22 is a fixed fleet of 184 jets. The fiscal 2023 defense bill bars the Air Force from retiring any before September 30, 2027, and the service has stopped asking to retire its 32 Block 20 training jets.

In June 2026 the House Armed Services Committee voted to extend that ban to 2032. The House passed its fiscal 2027 defense bill on July 22, but as of early September 2026 the bill had not become law.

The Air Force is still upgrading the Raptor, with a Link 16 datalink upgrade due fleetwide by fiscal 2027. Its successor is Boeing’s F-47 sixth-generation fighter, which the Air Force expects to replace or augment the F-22 in the 2030s.

The F-16 is staying longer. The Air Force is extending the structural life of 350 airframes beyond 8,000 flight hours, fitting the APG-83 AESA radar and a new electronic warfare suite, and plans to fly the type through 2040 or beyond.

Both are faster than the F-35A, which the Air Force lists at Mach 1.6. We set it against each of them in our F-22 vs F-35 and F-35 vs F-16 comparisons.

Jan 1974

The YF-16 flies by accident. A high-speed taxi test on January 20 becomes an unplanned first flight; the official one follows on February 2.

Jan 1979

The first operational F-16A arrives. It goes to the 388th Tactical Fighter Wing at Hill Air Force Base, Utah.

1981

The Advanced Tactical Fighter program begins. Its goal is a replacement for both the F-15 and the F-16.

Apr 1981

The F-16’s first air-to-air kill. An Israeli F-16 downs a Syrian Mi-8 helicopter over the Bekaa Valley.

Sep 1997

The first F-22 flies. The YF-22 prototype had flown in September 1990.

Dec 2005

The F-22 reaches initial operational capability. The 94th Fighter Squadron at Langley is first.

Jun 2006

Northern Edge. The Raptor-led blue force scores 241 simulated kills for 2 losses, neither of them an F-22.

2009

Production is capped at 187. Defense Secretary Robert Gates caps the fleet well short of the 381 the Air Force wanted.

May 2012

The last F-22 is delivered. 195 were built, including 8 test aircraft.

Sep 2014

The F-22’s first combat. Raptors bomb Islamic State targets in Syria.

Feb 2023

The F-22’s first air-to-air kill. A Raptor shoots down a Chinese surveillance balloon off South Carolina.

Mar 2026

Raptors go to war with Iran. CENTCOM says they flew more than 200 combat sorties in nine days.

Jul 2026

A Ukrainian F-16 downs a Russian fighter. Gen. Dan Caine confirms it to a Senate hearing.

The verdict

For air combat, the F-22 wins clearly. It is stealthier and faster, cruises supersonic without afterburner, matches the F-16 in a turning fight, and in training it posted a 108-to-0 score against F-15s and F-16s.

For almost everything else, the F-16 makes the stronger case. It costs about a quarter as much per flight hour, flies strike and air-defense suppression missions, is still in production and serves around the world.

The Air Force needs both: the Raptor to win the sky, and more than four Vipers for every Raptor to do the daily work. For the wider field, see our ranking of the best fighter jets in the world.

FAQ

The F-22 is the better fighter: it is stealthy, faster, cruises above Mach 1.5 without afterburner and posted a simulated 108 to 0 kill ratio against F-15s and F-16s in training. The F-16 is the better value, at $14,818 per flight hour against $55,051 for an F-22A in the Pentagon’s fiscal 2026 rates, and it flies far more kinds of missions.
The F-22. Both jets are rated to 9 g and produce more thrust than they weigh at half fuel, but the Raptor adds thrust-vectoring nozzles and is built to fire first, before an F-16 pilot could detect it. In training at Northern Edge in 2006 and Red Flag in 2007, Raptors scored 108 simulated kills for no losses against aggressor F-15s and F-16s.
Not in combat: it has yet to be reported in a dogfight with an enemy fighter. In training it has lost close-range fights: at Red Flag Alaska in 2012, German Eurofighter Typhoons scored simulated kills on F-22s in within-visual-range drills, where stealth counts for least.
Yes, at least once. In October 1996 a Greek Mirage 2000 shot down a Turkish F-16D over the Aegean with a Magic missile; Turkey’s defense minister confirmed it in 2012, while Greece officially denies it. India also claimed a Pakistani F-16 in 2019, which Pakistan denies. Israeli F-16s, by contrast, scored 44 air-to-air kills over Lebanon in 1982 with no air-to-air losses.
Yes. The F-22 reaches Mach 2.25, about 1,500 mph (2,414 km/h) at altitude, while the F-16 tops out at Mach 2.05 at 40,000 feet with a clean jet. The F-22 can also cruise above Mach 1.5 without afterburner, which the F-16 cannot.
Cost and a changed threat. The Air Force once planned 750 and then 381 jets, but rising costs, early reliability problems and the lack of a matching enemy after the Cold War led Defense Secretary Robert Gates to cap the fleet at 187 operational jets in 2009. Production ended in 2011, Pentagon leaders wanted the money for the F-35, and annual spending laws have barred exports since fiscal 1998.
The F-22. It reaches Mach 2.25, while the Air Force lists the F-35A at Mach 1.6, about 1,200 mph. The F-16, at Mach 2.05, is faster than the F-35A too.
The F-22 is 62 feet 1 inch (18.9 m) long with a 44-foot 6-inch (13.6 m) wingspan, against 49 feet 5 inches (15.1 m) and 32 feet 8 inches (10 m) for the F-16. Its maximum takeoff weight of 83,500 pounds (38,000 kg) is more than double the F-16’s 37,500 pounds (17,000 kg), and even an empty F-22 weighs more than a fully loaded F-16.
Air Force fact sheets list the F-22 at $143 million and the F-16C/D at $18.8 million in fiscal 1998 dollars. Counting development, the Raptor program cost about $67.3 billion, roughly $360 million per production jet. Per flight hour, the Pentagon’s fiscal 2026 rates charge $55,051 for an F-22A and $14,818 for an F-16C.
Only the F-16. Annual defense appropriations acts have barred selling the F-22 to any foreign government since fiscal 1998, so the US Air Force is its only operator. The F-16 is still in production for export, and in January 2024 the US approved the sale of 40 new Block 70/72 jets to Turkey.

About the Author

Tim de Vries

Tim is the owner and lead editor of AeroCorner since 2019, overseeing aviation content covering aircraft, airlines, airports, and the broader aviation industry. Through years of researching, writing, editing, and publishing aviation-focused content, he has developed extensive practical knowledge of commercial aviation and air travel. Based in Asia and a frequent traveler himself, Tim also brings firsthand passenger experience to AeroCorner’s coverage. Outside of publishing, he has also explored aviation firsthand through hands-on flight training in New Zealand.