US Top Fighter Jet: How the F-22, F-35 and F-15 Define American Air Power

The question of which aircraft holds the title of US top fighter jet sparks endless debate among defense analysts, aviation enthusiasts, and military strategists, debating which airplanes truly deserve the distinction. The answer depends heavily on what criteria matter most—stealth, speed, versatility, or combat record. As of 2026, the U.S. military operates a tiered fleet of fighter jets that balance stealth capabilities with high-capacity payloads, ensuring dominance across multiple mission profiles.

Key Takeaways

• The F-22 Raptor is widely regarded as the top U.S. air superiority fighter jet, optimized for air dominance with unmatched stealth, supercruise, and supermaneuverability.

• The F-35 Lightning II leads in multirole versatility and production scale, while the F-15 Eagle remains the fastest operational U.S. fighter at Mach 2.5.

• “US top fighter jet” depends on mission type: air dominance (F-22), multirole stealth (F-35), or pure speed and payload (F-15).

• Entry-into-service dates show generational progression: F-15 (1976), F-22 (2005 IOC), F-35 (2016 IOC for USAF).

• Ongoing programs like NGAD and the F-47, a 6th-generation fighter expected to enter service around 2029, will eventually replace the F-22 in the 2030s.

• While these are combat aircraft, civilians experience modern aviation technology through private jets and charter platforms such as Jettly, not through fighters.

What is the U.S.'s top fighter jet today?

Most defense analysts rate the F-22 Raptor as the top U.S. air superiority fighter as of the mid-2020s. This assessment stems from its combination of stealth, supercruise, and dogfighting capability that no other operational aircraft can match. The aircraft's stealth is achieved through highly advanced radar-absorbing shaping, internal weapons bays, and specialized stealth coatings, making it exceptionally difficult to detect by high-frequency radars.

Defining “top fighter jet” requires concrete criteria:

• Air superiority performance in contested airspace

• Stealth characteristics and low observability across radar bands, especially when compared to other jets in terms of radar cross-section and infrared signature

• Sensor fusion and advanced avionics integration

• Top speed and supercruise capability

• Agility and supermaneuverability

• Combat-proven record in operational service

The F-22 Raptor achieved Initial Operational Capability (IOC) in December 2005 and Full Operational Capability (FOC) in 2007. It remains optimized for air dominance rather than multirole missions.

The F-35 Lightning II serves as the most versatile stealth multirole fighter in the U.S. inventory, excelling at strike, electronic warfare, and ISR missions alongside air combat. The F-15 Eagle remains the fastest operational fighter in the U.S. inventory at approximately Mach 2.5.

The U.S. Air Force expects to start replacing the F-22 with the NGAD family of systems in the 2030s, underscoring that “top” is a moving target as evolving threats demand new capabilities.

F-22 Raptor: Benchmark for Air Superiority

The F-22 Raptor stands as the primary U.S. air superiority fighter, designed from the ground up to dominate contested airspace against the most advanced adversaries. Lockheed Martin’s development of this aircraft represented a quantum leap in fighter technology.

Development History

• Full-scale Engineering & Manufacturing Development (EMD) began in August 1991, with significant design changes from the YF-22 prototype, including alterations to the wing’s leading edge sweep angle and the fuselage shape for improved aerodynamics and stealth.

• The F-22 Raptor was officially named on April 9, 1997, when the first production aircraft was unveiled at Air Force Plant 6 in Marietta, Georgia.

• The first flight of the production-configuration F-22 occurred on September 7, 1997, in Marietta, Georgia.

• The F-22’s Engineering & Manufacturing Development (EMD) phase was completed in December 2005, after which the test force had flown 3,496 sorties for over 7,600 flight hours, validating the aircraft’s design and capabilities.

• IOC was achieved in December 2005.

Design Focus

• Stealth shaping that minimizes radar return across multiple bands, with surface contours, edges, and specialized coatings engineered to reduce radar cross-section and enhance stealth performance

• Internal weapons bays to preserve low observable characteristics

• Supercruise capability sustaining supersonic flight without afterburner

• Supermaneuverability enabled by thrust-vectoring Pratt & Whitney F119-PW-100 engines

Production Facts

The F-22 program faced funding challenges after the Cold War, leading to multiple reductions in the planned number of aircraft, from an initial 750 to a final total of 195 built by the end of production in 2012. The high unit cost exceeding $350 million per aircraft contributed to these cuts. U.S. law explicitly bans exports to protect stealth and avionics technology.

Avionics

The F-22’s avionics system was unprecedented in complexity, integrating multiple sensor systems and requiring software with 1.7 million lines of code, which posed significant challenges during development due to rapidly changing industry standards. The integrated radar (AN/APG-77 AESA), electronic warfare suite, and sensor fusion provide first-look/first-shot/first-kill dominance. Tactical and sensor information is displayed to the pilot via advanced cockpit LCD panels and tactical information displays, enhancing situational awareness and mission effectiveness.

Key Operational Milestones

• Homeland defense missions from 2007

• First combat use in 2014 during Operation Inherent Resolve in Syria and Iraq

• 2023 air-to-air kill of a suspected Chinese high-altitude surveillance balloon

Modernization Themes

The F-22 modernization efforts include Increment 2, which added Joint Direct Attack Munitions (JDAM) capabilities in 2005, and Increment 3.1, which integrated Small Diameter Bombs (SDB) in 2011.

Increment 3.2 of the F-22 modernization program emphasized air combat capabilities, updating electronic warfare systems and integrating AIM-9X and AIM-120D missiles, with fleet releases beginning in 2013 and 2019.

The F-22’s mission computers were upgraded in 2021 with military-hardened commercial off-the-shelf (COTS) open mission system (OMS) processor modules to facilitate faster upgrades and improve avionics stability.

Ongoing upgrades for the F-22 include the integration of new sensors and antennas, the AIM-260 Joint Advanced Tactical Missile (JATM), and improvements to stealth coatings to enhance reliability and combat effectiveness. These service life extensions aim to keep the Raptor viable until NGAD arrives.

Strengths and Limitations of the F-22

The F-22 Raptor is designed for air superiority and is capable of performing both offensive and defensive counter-air operations in highly contested environments. Here are its key advantages and trade-offs:

Key Strengths:

• First-look/first-shot/first-kill capability through advanced sensors and low observability

• The F-22 Raptor has a maximum speed of approximately Mach 2.25, providing significant speed advantage in air combat

• The F-22 can supercruise at speeds of approximately Mach 1.8 without using afterburners, allowing it to intercept targets that other aircraft would not be able to reach due to fuel limitations

• The F-22 Raptor is designed for air superiority and is known for its impressive maneuverability, allowing it to outperform many other fighter jets in dogfighting scenarios

• The aircraft’s thrust-to-weight ratio at typical combat weight is nearly at unity in maximum military power and 1.25 in full afterburner, enabling excellent maneuverability and energy potential across its flight envelope

• High altitude performance and low observability across multiple radar bands

• The F-22’s ability to supercruise, or sustain supersonic flight without afterburners, gives it a significant advantage over other aircraft that rely on afterburners for speed, such as the F-35

Air-to-Air Focus:

The plane is optimized for engaging enemy fighters and supporting air superiority. Secondary but capable air-to-ground roles emerged through upgrades adding JDAM and Small Diameter Bombs capability.

Limitations:

• High operating cost per flight hour (estimated $60,000-$85,000)

• Small production run with fewer than 190 operational jets in the global fleet

• No export customers due to technology protection laws

• Cockpits and avionics designed in the 1990s require sustained modernization

• Maintenance demands strain availability across the flight line

Early service saw issues including oxygen system problems and several crashes (2004, 2009, and 2010 incidents), which led to redesigns and safety improvements.

F-35 Lightning II: Most Versatile U.S. Fighter Jet

The F-35 Lightning II is seen as the backbone of the future fleet, excelling in multirole capabilities that complement rather than replace the F-22 in air superiority missions. Lockheed Martin's role as the F-35's manufacturer is central, with the company demonstrating extensive production capability, technological leadership, and ongoing innovation through continuous upgrades and global support. With over 1,000 aircraft delivered worldwide by the mid-2020s, the F-35 represents the largest 5th-generation fighter program in history.

Three Primary Variants

Variant	Service Branch	IOC Year	Primary Role
F-35A	Air Force	2016	Conventional takeoff
F-35B	Marines	2015	Short takeoff/vertical landing
F-35C	Navy	2019	Carrier operations

The F-35 Lightning II operates in three variants: F-35A (Air Force), F-35B (Marines), and F-35C (Navy), each tailored to specific operational requirements.

Stealth and Sensor Fusion

The F-35 Lightning II utilizes sensor fusion to integrate data from its radar and infrared sensors into a single coherent picture. Key systems include:

• AN/APG-81 AESA radar for long-range detection

• Distributed Aperture System (DAS) providing 360-degree infrared situational awareness via six cameras

• Electro-Optical Targeting System (EOTS) for precision targeting

• Helmet-mounted display sharing data via Multifunction Advanced Data Link (MADL)

The F-35 Lightning II is recognized for its superior sensors and networking capabilities for modern combat, enabling seamless integration with joint forces and allies.

Multirole Capability

A single F-35 can fly strike missions, close air support, air-to-air combat, electronic warfare, and intelligence, surveillance, and reconnaissance (ISR) missions. The F-35 Lightning II can operate in ‘Beast Mode’, sacrificing stealth to carry up to 22,000 lbs of weaponry externally when the threat environment permits.

Production and Export

Plans call for 1,763 F-35As, 280 F-35Bs, and 140 F-35Cs for U.S. forces alone. Partners, including the UK, Italy, Japan, Australia, Norway, and other allies, operate or have ordered the aircraft, making the F-35 far more export-friendly than the restricted F-22.

Despite its versatility, many experts still place the F-22 ahead of the F-35 in pure within-visual-range and beyond-visual-range air-to-air performance due to the Raptor’s superior kinematics.

F-35 vs F-22: Different Answers to “Top Fighter Jet”

Comparing these two aircraft reveals that “top” depends entirely on mission requirements. Both jets serve essential but different roles in U.S. airpower.

When the F-22 Is “Top”:

• Superior kinematics, including a faster climb rate and Mach 2.25 versus the F-35’s Mach 1.6 top speed

• Thrust-vectoring capability for within-visual-range dogfights

• Dedicated air-to-air optimization with supermaneuverability

• Supercruise advantage for rapid intercepts

When the F-35 Is “Top”:

• Multirole flexibility across ground attack, ISR, and air combat

• Superior mission systems integration for networked warfare

• Greater interoperability with joint and allied forces through advanced data links

• Lower per-unit cost of around $80-100 million

• Exportable to allies, expanding collective defense capability

U.S. Strategy Uses Both:

U.S. doctrine deploys F-22s as penetrating “first-in” air dominance assets while F-35s serve as networked sensors and strike platforms in highly contested environments. The two aircraft types operate as complementary systems rather than competitors.

For a broad definition of “US top fighter jet” that includes versatility, production numbers, and export impact, many would choose the F-35. A pure dogfight and air-superiority metric favors the F-22.

F-15 Eagle and F-15EX: Fastest Fighter in the U.S. Inventory

While the F-15 Eagle lacks stealth characteristics, it remains the fastest U.S. fighter jet and a critical component of air superiority and strike capability. This Boeing aircraft has proven its worth across five decades of service.

Core Facts

• First flight in 1972

• Entered U.S. Air Force service in 1976

• Designed by McDonnell Douglas (now Boeing) as a dedicated air superiority fighter

• The McDonnell Douglas F-15 Eagle can reach speeds of Mach 2.5, making the F-15 the fastest fighter jet in the U.S. Air Force—faster than both the F-22 and F-35

Combat Record

The F-15 has achieved more than 100 air-to-air kills with zero losses in air-to-air combat for U.S. and allied operators. No other Western fighter can match this perfect record in actual combat.

Evolution and Modernization

The F-15 evolved from its 1970s air superiority roots through several variants:

Variant	Role	Key Features
F-15C/D	Air Superiority	Original air dominance configuration
F-15E Strike Eagle	Multirole	Added ground attack capability
F-15EX Eagle II	Advanced Multirole	Modern avionics, extended range

The F-15EX Eagle II features open mission systems architecture for rapid software updates, APG-82 AESA radar, fly-by-wire control systems, and massive payload capacity. The F-15EX Eagle II can carry a payload of up to 22 air-to-air missiles, giving it unmatched weapons capacity among U.S. fighters.

With external fuel tanks and large weapons loads up to 23,000 lbs, the F-15EX provides range and firepower that complement stealthier platforms.

In discussions of the US top fighter jet, the F-15 frequently wins the “fastest in the skies” category but not the stealth or sensor-fusion categories dominated by the F-22 and F-35.

How the U.S. Ranks Its Fighter Jets for Different Missions

The U.S. Air Force and Navy select “top” aircraft based on mission profiles—air superiority, ground attack, long-range strike, or multirole—rather than crowning a single overall winner. Different missions demand different capabilities.

Key Categories

Mission Type	Primary Aircraft
Air Superiority	F-22, F-15C/EX
Stealth Multirole	F-35A/B/C
Legacy Multirole	F-16C/D
Carrier Operations	F/A-18E/F Super Hornet

The F/A-18E/F Super Hornet serves as the primary strike fighter for U.S. Navy aircraft carriers, providing both air-to-air and strike capability in the maritime environment. The primary mission of the F-16 Fighting Falcon is versatility and agility in air combat, making it the workhorse of many air force units.

Mission-Specific Excellence

The best dogfighter is not automatically the best aircraft for ground attack, electronic warfare, or maritime strike. This reality explains why multiple fighter types are maintained in parallel:

• Stealth jets excel against advanced integrated air defenses

• Non-stealth fighters like the F-15 provide speed and payload for lower-threat scenarios

• Carrier fighters must handle the unique demands of naval aviation

Modernization Programs

Upgrades keep older designs competitive against new threats:

• F-22 software blocks and AIM-260 integration

• F-35 continuous software development

• F-15EX procurement with modern systems

Future Development

NGAD and other next-generation programs represent future candidates to become the new “top” U.S. fighter jets once fielded in the 2030s and beyond. The F-47, a 6th-generation fighter, is expected to enter service around 2029 as a successor to the F-22, potentially featuring adaptive cycle engines, collaborative combat aircraft drones, and directed-energy weapons.

From Combat Fighters to Private Jets: Where Jettly Fits In

While U.S. top fighter jets are military assets designed for air combat, much of their avionics, materials, and aerodynamic innovation eventually influences civilian and private aviation. The technology that keeps pilots safe at Mach 2 finds its way into the aircraft that serve business travelers.

Technology Transfer

Innovations developed for fighters that now benefit civilian aviation include:

• Composite materials for lighter, stronger airframes

• Fly-by-wire flight control systems for enhanced stability

• Advanced navigation and synthetic vision displays

• Efficient turbofan engines derived from military programs

Modern business jets like the Gulfstream G700 and Bombardier Global 7500 benefit from these aerospace advances, offering Mach 0.925-class speeds and range previously unimaginable for private aircraft and forming part of a broader charter airlines and private aviation landscape.

Jettly’s Role in Private Aviation

Jettly operates as a digital private jet charter marketplace, giving civilians access to thousands of private aircraft worldwide through flexible private jet memberships. While very different from fighters, these aircraft benefit from decades of aerospace innovation.

Key value points include, for frequent flyers, tools like Jettly's jet card flight cost estimator to predict program costs:

• On-demand private jet charter with instant pricing and booking

• Access to over 20,000 unique aircraft without long-term ownership or jet card commitments

• Transparent pricing models, digital convenience, and opportunities to earn through Jettly's high-ticket affiliate program

Real-World Use Cases

• Business leaders flying between hubs like New York and Washington in under an hour while F-22s patrol national airspace overhead

• Families chartering light jets for leisure travel to vacation destinations by buying a seat on a private jet

• Urgent medical evacuations and time-sensitive flights leveraging smaller airports, often planned with an airport locator tool, near where fighters also train

• Corporate executives are avoiding commercial delays and crowds by reducing costs through shared and crowdsourced private flights

The space between military aviation and civilian travel continues to narrow as technology advances. For thrill‑seekers, curated military jet experience flights offer aerobatics and simulated air combat, while for those interested in experiencing advanced aircraft firsthand in comfort, private jet charter offers a practical entry point.

Learn more about charter options and how Jettly offers affordable private jet charter alongside its core services at Jettly.

Role Summary

Aircraft	Primary Claim to “Top”
F-22 Raptor	Air superiority dominance
F-35 Lightning II	Versatile stealth multirole
F-15 Eagle/EX	Fastest and heaviest payload
F/A-18E/F	Carrier operations
F-16	Legacy multirole flexibility

Modernization programs and the coming NGAD/F-47 program mean the definition of “top” will keep shifting over the next decade. Countries around the world continue to develop their own advanced fighters, ensuring that U.S. airpower must constantly evolve.

While these aircraft secure national airspace and support allies, platforms like Jettly focus on a different mission—making private travel more flexible and accessible within the rapidly expanding global fleet of private jets, with transparent pricing and digital booking.

Ready to experience private travel on your terms? Explore flight options, understand how much a private jet costs, or request a quote at Jettly.

FAQ

The following questions address common topics not fully covered in the main article.

Is the F-22 Raptor still the best U.S. fighter jet in 2026?

Most open-source defense analysis still rates the F-22 as the top U.S. air superiority fighter as of 2026. The Raptor’s combination of stealth, supercruise at Mach 1.8, and thrust-vectoring maneuverability gives it advantages that no other operational fighter can match in pure air-to-air performance. However, the F-35 is more numerous and versatile, now forming the backbone of U.S. tactical airpower. Looking ahead, NGAD and the F-47 are expected to surpass both once operational in the 2030s, bringing 6th-generation capabilities to the fight.

Why can’t other countries buy the F-22?

U.S. law, specifically export restrictions enacted in the 1990s and 2000s, including the Obey Amendment, prohibits foreign sales of the F-22 to protect sensitive stealth and avionics technology. These restrictions cover radar-absorbent materials, thrust-vectoring systems, and the advanced sensor fusion architecture. As a result, allies instead purchase aircraft like the F-35, which was designed from the outset with international partnerships in mind. The export ban ensures that F-22 technology remains exclusively within U.S. control.

Which U.S. fighter jet is the fastest in service?

The F-15 Eagle, including modernized variants like the F-15EX, is the fastest current U.S. fighter with a top speed around Mach 2.5—over 1,650 mph at altitude. This is faster than both the F-22 (approximately Mach 2.25) and the F-35 (Mach 1.6). However, the F-15 lacks the stealth features of 5th-generation jets, making it more detectable to modern radar systems. Its raw speed remains valuable for rapid intercepts and operations in lower-threat environments.

How long will the F-22 remain in U.S. Air Force service?

The U.S. Air Force plans to operate the F-22 into the 2030s, with frontline jets receiving upgrades including new sensors, AIM-260 missiles, and improved stealth coatings. Some early Block 20 aircraft used primarily for training are being retired sooner to focus resources on combat-coded jets. Once NGAD fighters enter operational service, they will gradually take over primary air-dominance roles. Until then, the F-22 remains essential for maintaining air superiority against near-peer adversaries.

Can civilians fly in or charter a U.S. fighter jet?

Operational U.S. fighters like the F-22, F-35, and F-15 are restricted military assets classified under national security protocols. They are not available for private charter or civilian flights under any circumstances. Civilians interested in high-performance aviation typically experience advanced aircraft through private jets, which incorporate many technologies originally developed for military programs. Charter platforms such as Jettly provide access to over 20,000 aircraft worldwide, offering the closest civilian experience to cutting-edge aviation without requiring ownership or long-term commitments, and there are now many options that explain how to get a seat on a private jet easily, even for international private jet flights.

Conclusion

The U.S. top fighter jets—the F-22 Raptor, F-35 Lightning II, and F-15 Eagle—each excel in distinct roles that collectively ensure American air dominance. The F-22 remains the benchmark for air superiority with unmatched stealth and agility, the F-35 leads in multirole versatility and global partnership, and the F-15 continues to provide speed and payload capacity unmatched in the fleet. As the U.S. prepares for next-generation fighters like NGAD and the F-47, these aircraft will maintain their critical roles through the 2030s.

While these military jets showcase cutting-edge technology and power in defense, private aviation platforms like Jettly bring advanced aerospace innovation to civilian travelers. Jettly offers flexible, transparent private jet charter services worldwide, connecting travelers with thousands of aircraft for business or leisure. For those seeking convenience and efficiency in air travel, Jettly provides an accessible gateway to private aviation without ownership burdens.

Ready to experience private travel on your terms? Explore flight options or request a quote at https://jettly.com/.