The F-22 vs F-35 comparison is one of the most interesting debates in modern military aviation. Both aircraft are fifth-generation stealth fighters developed by Lockheed Martin, but they were designed for different missions. The f-22 vs f-35 Raptor specializes in air superiority, while the F-35 Lightning II combines stealth, advanced sensors, and multirole capabilities.

Although both aircraft feature sophisticated technology, they differ in speed, maneuverability, weapons, operational flexibility, and cost. Understanding these differences helps explain why the United States continues to operate both fighter jets.

In this AirlinesNews guide, we compare the F-22 and F-35 specifications, capabilities, advantages, and limitations.

What Is the F-22 Raptor?

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The F-22 Raptor is a twin-engine stealth fighter developed primarily for air superiority missions. It entered U.S. Air Force operational service in 2005 and was designed to detect and engage hostile aircraft while reducing its own visibility to enemy radar.

Its major advantages include exceptional maneuverability, powerful engines, thrust-vectoring technology, and supercruise capability. Supercruise allows the F-22 to maintain supersonic speeds without using fuel-intensive afterburners.

Although air dominance is its primary role, the Raptor can also conduct certain air-to-ground missions. Production ended in 2011, and the aircraft remains exclusive to the United States Air Force. <Cite refs={[“turn481062search0″,”turn481062search9”]} />

What Is the F-35 Lightning II?

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The F-35 Lightning II is a single-engine, fifth-generation multirole fighter designed for air combat, precision strikes, reconnaissance, and electronic warfare.

Unlike the F-22, the F-35 is operated by multiple countries and has three variants:

• F-35A: Conventional takeoff and landing, primarily for air forces.
• F-35B: Short takeoff and vertical landing, suitable for certain amphibious ships and austere locations.
• F-35C: Carrier-based aircraft with larger wings and specialized landing equipment.

The F-35 emphasizes advanced sensors, data sharing, and mission flexibility. Its systems help pilots collect and combine information from multiple sources, improving situational awareness during complex operations. <Cite refs={[“turn481062search3″,”turn481062search8”]} />

F-22 vs F-35 Specifications Comparison

The following table compares the F-22 Raptor with the conventional takeoff and landing F-35A variant. Figures are approximate published specifications; actual performance depends on mission configuration and operating conditions.

Specification	F-22 Raptor	F-35A Lightning II
Manufacturer	Lockheed Martin and Boeing	Lockheed Martin
Primary role	Air superiority	Multirole fighter
Generation	Fifth generation	Fifth generation
Engines	Two Pratt & Whitney F119	One Pratt & Whitney F135
Maximum speed	Mach 2 class	Mach 1.6
Supercruise	Yes	Not a standard capability
Service ceiling	Above 50,000 feet	Above 50,000 feet
Length	Approximately 62.1 feet	Approximately 51 feet
Wingspan	Approximately 44.5 feet	Approximately 35 feet
Crew	One pilot	One pilot
Operational users	United States	United States and international operators
Production	Ended	Ongoing

The specifications show that the F-22 prioritizes speed and air combat performance, while the F-35 focuses on versatile missions and advanced information systems. <Cite refs={[“turn481062search0″,”turn481062search14”]} />

F-22 vs F-35: Which Is Faster?

The F-22 Raptor is faster than the F-35 Lightning II.

The F-22 belongs to the Mach 2 speed class, while the F-35 has a published maximum speed of approximately Mach 1.6. The F-22 also has an important advantage in supercruise capability.

F-22 Speed and Supercruise

The Raptor can maintain supersonic flight without using afterburners under suitable conditions. The U.S. Air Force states that it can supercruise at speeds greater than Mach 1.5.

This capability supports rapid movement and can reduce fuel consumption compared with aircraft that require afterburners to maintain similar supersonic speeds.

F-35 Speed and Performance

The F-35A can reach approximately Mach 1.6. Although slower than the F-22, it was not designed to prioritize maximum speed above all other capabilities.

Instead, its design balances stealth, range, weapons, sensors, and multirole performance.

Speed winner: F-22 Raptor. <Cite refs={[“turn481062search0″,”turn481062search14”]} />

F-22 vs F-35: Stealth Technology

Both fighters use low-observable designs intended to reduce detection by enemy radar and other sensors.

F-22 Stealth Capabilities

The F-22 was developed with air superiority as its central mission. Its shape, internal weapons bays, and low-observable features are optimized for operating against advanced aerial threats.

Its combination of stealth, speed, and maneuverability gives it substantial advantages in air-to-air missions.

F-35 Stealth Capabilities

The F-35 also incorporates stealth from the beginning of its design. Its low-observable characteristics are combined with electronic warfare equipment, advanced sensors, and internal weapons carriage.

However, stealth does not make either aircraft invisible. Detection depends on radar technology, operating conditions, aircraft configuration, and other factors.

Stealth comparison: Both are highly capable stealth fighters. Exact radar signatures are classified, making definitive public comparisons difficult. <Cite refs={[“turn481062search11″,”turn481062search35”]} />

F-22 vs F-35: Dogfight and Maneuverability

The F-22 is generally considered better suited to traditional close-range air combat.

Its two powerful engines, thrust-vectoring nozzles, and aerodynamic design support exceptional maneuverability. Thrust vectoring allows the aircraft to redirect engine exhaust to assist with aircraft control.

The F-35A is also highly maneuverable and is rated for operations up to 9 g under appropriate conditions. However, it lacks the F-22’s thrust-vectoring system and was developed with a stronger emphasis on multirole operations.

Modern air combat is not determined by turning performance alone. Sensors, weapons, pilot training, situational awareness, and support from other aircraft can influence an engagement before a traditional dogfight occurs.

Maneuverability winner: F-22 Raptor, particularly for close-range air-combat performance. <Cite refs={[“turn481062search0″,”turn481062search3”]} />

F-22 vs F-35: Weapons and Combat Roles

Both aircraft can carry weapons internally to preserve their low-observable characteristics.

F-22 Weapons

The F-22 is primarily configured for air-to-air missions. Its internal weapons can include AIM-120 AMRAAM and AIM-9 Sidewinder missiles.

It also has a 20 mm cannon and can carry selected precision-guided bombs for air-to-ground missions.

F-35 Weapons

The F-35 supports a wider range of multirole operations. Depending on the variant and configuration, it can carry air-to-air missiles, precision-guided bombs, and other approved weapons.

It can also use external weapons stations when mission requirements favor additional payload over maximum stealth.

The F-35’s broad mission capabilities make it especially useful for forces that need one aircraft type to perform multiple roles.

Multirole flexibility winner: F-35 Lightning II. <Cite refs={[“turn481062search33″,”turn481062search14”]} />

F-22 vs F-35: Radar, Sensors, and Technology

The F-22 features advanced radar, electronic warfare systems, and integrated avionics designed to support air dominance.

The F-35 emphasizes sensor fusion and networked operations. Its radar, electro-optical targeting equipment, Distributed Aperture System, and other sensors help create an integrated picture of the surrounding environment.

The F-35 can also share information with compatible aircraft and military systems, making it valuable for coordinated operations.

While both aircraft offer sophisticated situational awareness, the F-35’s sensor architecture and information-sharing capabilities are among its defining strengths. <Cite refs={[“turn481062search37″,”turn481062search7”]} />

F-22 vs F-35: Cost and Maintenance

The F-22 was expensive to develop, manufacture, and maintain. Its relatively small production fleet and specialized systems contribute to its long-term support requirements.

The F-35 program was designed to serve multiple U.S. military branches and international customers. Larger production volumes can provide manufacturing and support advantages, although the aircraft has also faced significant maintenance, modernization, and sustainment challenges.

Comparing costs requires care. Procurement prices, development expenses, maintenance costs, and cost per flying hour measure different things.

The F-35A generally has a lower aircraft procurement price than the historical F-22 unit cost, but neither fighter is inexpensive to operate.

Which Is Better: F-22 or F-35?

There is no single winner because the aircraft were designed for different missions.

The F-22 Raptor is better suited to specialized air superiority operations where speed, maneuverability, and air-to-air performance are priorities.

The F-35 Lightning II offers greater versatility for forces requiring stealth, precision strikes, reconnaissance, electronic warfare, and advanced information sharing.

Rather than directly replacing one another, the aircraft can provide complementary capabilities during joint military operations.

Frequently Asked Questions About F-22 vs F-35

1. Is the F-22 better than the F-35?

The F-22 has advantages in speed, supercruise, and maneuverability. The F-35 offers greater multirole flexibility, advanced sensor fusion, and wider international availability. The better aircraft depends on the mission.

2. Which is faster, the F-22 or F-35?

The F-22 is faster. It belongs to the Mach 2 speed class, while the F-35 has a maximum published speed of approximately Mach 1.6.

3. Can the F-35 beat the F-22 in a dogfight?

The outcome cannot be determined from aircraft specifications alone. The F-22 has important maneuverability advantages, but pilot skill, weapons, sensors, and engagement conditions also matter.

4. Which aircraft has better stealth?

Both use advanced stealth technology. The F-22 is optimized for air superiority, while the F-35 combines stealth with multirole capabilities. Their exact radar signatures are not publicly available.

5. Why does the F-22 have two engines while the F-35 has one?

The F-22’s twin-engine design supports its high-thrust, high-speed air superiority requirements. The F-35 uses a single powerful engine as part of a design balancing performance, size, cost, and multirole capability.

6. Why is the F-22 not exported to other countries?

U.S. law has restricted the export of the F-22, protecting sensitive technology. The F-35, by contrast, was developed with international partners and is operated by multiple countries.

7. Is the F-35 replacing the F-22?

No. The F-35 was not designed as a direct replacement for the F-22. The two aircraft serve different roles, although future U.S. air superiority programs are intended to eventually succeed the Raptor.

8. Which fighter jet is more advanced?

Both are fifth-generation fighters with different technological priorities. The F-22 emphasizes air-combat performance, while the F-35 emphasizes integrated sensors, connectivity, and multirole capabilities.

Conclusion

The F-22 vs F-35 comparison highlights two different approaches to modern fighter aircraft design. The F-22 Raptor excels in speed, supercruise, maneuverability, and specialized air superiority missions. The F-35 Lightning II stands out for its advanced sensor systems, multirole capabilities, f-22 vs f-35 and ability to share information across connected military forces. Neither aircraft is universally superior. Their effectiveness depends on mission requirements, available support, operational conditions, and the threats they face.