America’s Heavily Upgraded F-22 Raptor Breaks Cover for the First Time

New photographs by aviation photographer Jared Hamilton have provided the clearest look yet at what Lockheed Martin is calling Raptor 2.0, a comprehensive overhaul of the F-22 so substantial it amounts to a complete platform transformation. The images show two visible external additions: new stealthy underwing fuel tanks and infrared search and track targeting pods on each wing. What those additions represent is only the beginning of what is changing on America’s most capable air superiority fighter.

Why the F-22 Needed Upgrading

The F-22 has been the most dominant air superiority fighter in the world for two decades. That dominance was built on fundamentals rather than headline metrics. The aircraft’s F119 engines produce more dry thrust without afterburner than most fighters can generate with afterburners at full power, enabling supercruise at speeds reportedly reaching Mach 1.7 without burning the fuel that afterburner demands. Its radar cross-section is estimated at 0.001 square meters. Its avionics and sensor fusion were generational leaps beyond anything flying when it entered service.

But the F-22 has also carried notable gaps throughout its service life. It lacks helmet-mounted cueing, meaning pilots must orient the aircraft’s nose toward targets to engage them while adversaries with helmet systems can fire from any angle. It has no infrared search and track capability, a passive targeting method that has become standard on fourth and fifth generation fighters worldwide. And its combat radius of approximately 530 miles on internal fuel limits operational flexibility. The non-stealth drop tanks carried for ferry flights are never used in combat because of their impact on both radar signature and aerodynamic performance. Raptor 2.0 addresses all three of those gaps directly.

The New Tanks

The stealth fuel tanks visible in Hamilton’s photographs are not drop tanks in the conventional sense. Lockheed confirmed they were designed to remain under wing through the vast majority of combat operations, built to withstand the G-forces associated with aggressive maneuvering rather than simply ferry flights. If they do need to be jettisoned, they break away cleanly leaving no pylons or mounting points that would degrade the aircraft’s stealth profile.

The new tanks carry approximately the same fuel load as the 4,000-pound non-stealth tanks used today, potentially extending the Raptor’s combat radius from 530 miles to between 750 and 860 miles depending on exact fuel capacity. That represents a 40 to 60 percent range increase with minimal stealth penalty, fundamentally changing what missions the F-22 can reach without refueling.

The Targeting Pods

The pods mounted outboard on each wing house Lockheed Martin’s Gen 3 TAC IRST system, a next-generation infrared sensor capability the F-22 was originally designed to carry before budget cuts removed it during development. The system provides passive targeting through heat signatures, effective against stealth aircraft and usable without emitting detectable radar energy.

Lockheed has stated the system provides full 360-degree coverage through a distributed set of embedded sensors rather than a single forward-looking pod. One pod in Hamilton’s photographs appears to have a visible optical aperture while the other appears opaque, suggesting the second pod may carry complementary capabilities such as electronic warfare hardware or line-of-sight communications for controlling collaborative combat aircraft drones in contested environments. Two sensors at slightly different angles also enable triangulation of target distance and precise location, a capability single-sensor IRST systems cannot achieve alone.

What Else Is Changing

The Scorpion helmet-mounted display and weapon cueing system is being integrated, giving F-22 pilots high off-boresight targeting capability for the first time. This system presents critical information in the pilot’s field of view and allows weapons employment without pointing the aircraft at the target, closing the single most significant tactical gap between the Raptor and adversary jets in close-range combat.

Software architecture is being completely overhauled with an open mission system that allows rapid updates. The first over-the-air F-22 software update was completed in testing just recently, something previously impossible with the aircraft’s original architecture. Engine software upgrades using operational data are projected to extend engine service life significantly while saving approximately $800 million across the program.

The F-22 will also be the first American fighter to receive hardware for commanding collaborative combat aircraft drone formations, a capability that will eventually extend to the F-35 Block 4 and the F-47 but begins with the Raptor.

Most remaining upgrades are classified.