F-22 Raptor vs F/A-18 E/F Super Hornet

The U.S. Air Force procured the F-22 Raptor to systematically dismantle integrated air defense systems and achieve absolute air supremacy, while the U.S. Navy developed the F/A-18 E/F Super Hornet to provide a high-availability, high-payload strike fighter for carrier operations. The F-22 relies on low observability and kinematics to survive; the Super Hornet relies on electronic attack and standoff munitions.

Development and Design

Lockheed Martin designed the F-22 from a clean sheet under the Advanced Tactical Fighter program, prioritizing all-aspect stealth and supercruise. This required integrating radar-absorbent materials and internally housing weapons, inflating the unit cost to $150 million and capping production at 195 airframes. The U.S. Congress banned its export via the Obey Amendment to protect its stealth technology.

Conversely, Boeing developed the Super Hornet as an evolutionary scale-up of the legacy F/A-18. Expanding the wing area by 25% and fuselage length allowed the Navy to address the original Hornet’s range deficit without the financial risk of a new design. At $70 million per unit, the Navy procured over 600 Super Hornets to replace the A-6 Intruder and F-14 Tomcat, exporting the platform to Australia and Kuwait.

Specifications and Performances

The aerodynamic profiles dictate distinct flight envelopes. The F-22 generates 31,752 kgf of thrust from its F119-PW-100 engines, pushing a 38,000 kg maximum takeoff weight to 2414 km/h. Its ability to supercruise gives it a kinematic energy advantage, expanding the no-escape zone of its AIM-120 missiles. The Super Hornet trades kinematic speed for payload modularity. Carrying external stores on eleven hardpoints induces drag, limiting the aircraft to 1915 km/h.

This payload disparity dictates weapon types:

• The F-22 is restricted to internal AIM-120, AIM-9, JDAMs, and SDBs to maintain its radar cross-section.
• The F/A-18 lifts up to 8,050 kg of diverse ordnance, including anti-ship AGM-84 Harpoons and anti-radiation AGM-88 HARM missiles.

Deployment and usage

The F-22 entered service in 2005 but flew no combat missions during the peak years of the Iraq and Afghan wars. It first dropped ordnance in 2014 against ISIS in Syria, functioning primarily as a forward sensor node and command asset rather than an air-to-air dogfighter. Hypoxia-related oxygen system groundings and high maintenance hours per flight hour constrained its deployment rates early in its lifecycle.

The Super Hornet has operated as the backbone of Naval aviation since 2001. It has flown close air support, SEAD, and strike missions continuously over Iraq, Afghanistan, and Syria. An F/A-18E scored the first U.S. air-to-air kill in over a decade by downing a Syrian Su-22 in 2017. Recently, carrier-based Super Hornets have intercepted Houthi drones and missiles over the Red Sea.

Conclusion

For contested airspace and peer-level counter-air missions, the F-22 is the absolute requirement. Its stealth and sensor fusion allow it to penetrate anti-access/area denial (A2/AD) environments where 4th-generation fighters would be shot down. However, for permissive strike, close air support, and maritime defense, the Super Hornet holds the edge. It brings a wider variety of ordnance to target at a fraction of the operating cost, with the structural resilience required for carrier recovery and the hardware to provide buddy-store aerial refueling.