The F-22 is no longer being preserved just as a legacy stealth fighter; it is being reshaped for a much longer and more demanding career.
That shift matters because the Raptor’s biggest weakness was never speed, agility, or raw air combat performance. It was combat range. For years, the aircraft relied on external tanks that extended range but compromised one of its defining advantages: low observability. The new Low Drag Tanks and Pylons effort is aimed at solving that tradeoff with faceted external tanks designed to preserve survivability while adding persistence. Air Force budget documents describe the LDTP program as supporting supersonic flight with external tanks, a notable change for an aircraft expected to cover far larger operating areas than it was originally built for.
The visual evidence of that redesign is no longer limited to concept art. Lockheed Martin has shown a production-representative model of the updated jet with stealthy tanks and underwing sensor pods, a configuration that points to a broader rethink of how the F-22 will fight in the years ahead. What stands out is not just the fuel arrangement, but the decision to accept controlled external loadout on a platform long defined by clean lines and internal weapons bays.
Those pods are tied to one of the most important parts of the modernization push: infrared sensing. The F-22 is set to receive podded IRST capability for passive detection and tracking, especially useful against low-observable aircraft and in heavy electronic warfare environments. The Air Force budget says initial production orders already cover 30 pods for Block 30/35 aircraft, with first deliveries expected in Q2 FY2028, complementing a separate embedded defensive system. In early 2025, Lockheed Martin received a $270 million contract to integrate the Infrared Defensive System, or IRDS, using distributed TacIRST sensors to improve missile threat detection and overall survivability. This is where the modernization effort gets deeper than a fuel-and-sensors story.
The Air Force’s FY2026 request includes a $90.34 million effort covering signature management, pilot interface improvements, electronic warfare upgrades, synthetic aperture radar, cybersecurity, countermeasures, and infrared defensive architecture. It applies to a small fleet with limited margin for attrition or downtime. The service has 185 F-22s, with 143 combat-coded, which makes every airframe’s availability and relevance more important than it would be in a larger force. The Raptor is also being pushed toward better networking, including Link 16 improvements, and further sustainment work through the Reliability, Availability, and Maintainability Program.
The jet’s long-term role is changing with the hardware.Once focused on air superiority, the F-22 is now evolving into a broader air dominance platform with improved sensing, extended range, enhanced defensive awareness, and better integration with future systems. Lockheed Martin has also discussed extending older Block 20 aircraft, primarily used for training, signaling efforts to extract more combat relevance from a limited fleet.
Retired Lt. Gen. Joseph Guastella offered one of the clearest summaries of the aircraft’s baseline value: “The F-22 is indeed the most air-to-air capable fighter in the world; nothing comes close to it in the air-to-air role.” The significance of the new upgrades is that they are not trying to change that identity. They are trying to make sure it still holds in the 2030s and beyond.
