The most consequential fact about the AIM-424 Malice is not its range, impressive as 250-plus nautical miles sounds, but the admission embedded in that number: modern American air-to-air combat no longer depends on what a fighter jet’s own radar can see. It depends on a network.
Key Points
- The Navy publicly disclosed the AIM-424 Malice, a Raytheon-built long-range air-to-air missile, at the Tailhook Symposium in Reno, Nevada, on August 22, 2026.
- Official Navy documentation states the missile exceeds 250 nautical miles (roughly 463 km) in range, nearly three times that of the AIM-120 AMRAAM.
- Malice is built to fit inside the F-35C’s internal weapons bay, preserving stealth, while also arming F/A-18E/F Super Hornets and the future F/A-XX fighter.
- Its extreme reach exceeds any single fighter’s onboard radar horizon, meaning the missile depends on external sensors and datalinks to find and strike distant targets.
- The weapon enters service alongside the AIM-174B Gunslinger and AIM-260, forming a layered response to Chinese and Russian long-range missiles like the PL-15 and R-37M.
What the Navy Actually Announced
At Tailhook, the Navy released its own fact file confirming a program most defense observers had only guessed at from scattered test photography. The document describes the AIM-424 Long Range Air-to-Air Missile, “also known as Malice,” as a next-generation weapon “intended to strengthen fleet defense and maintain a decisive air domain overmatch against advanced threats.” That is Pentagon language for a blunt reality: American carrier aviation has spent the past decade watching rival powers field missiles that could shoot first, and Malice is the answer.
The specifications, corroborated across multiple outlets that reviewed the Navy’s release, describe a missile roughly 13.5 feet long, about 13.5 inches in diameter, with a 26.2-inch wingspan and a launch weight near 1,500 pounds — nearly three times the mass of the AIM-120 AMRAAM it will eventually supplement. It carries a solid-propellant, reportedly two-stage rocket motor and a proximity-fused blast-fragmentation warhead, and the Navy states its range exceeds 250 nautical miles, with several outlets reporting figures as high as 467 kilometers based on Bloomberg’s review of Navy testing data. Raytheon’s Advanced Technology division built the weapon quietly, under a lineage industry analysts trace to the Long Range Engagement Weapon effort that began around 2017.
Why Range Alone Doesn’t Explain the Missile
A missile that can fly 250 nautical miles is useless if nothing tells it where to go. No fighter radar, however advanced, can reliably detect and track a target at that distance — the physics of radar return and the curvature of the earth impose hard limits long before a missile like Malice runs out of fuel. That is the mechanism worth understanding: Malice is designed to launch on cues from offboard sensors — an E-2D Hawkeye, a networked destroyer’s radar, another fighter, or a satellite feed — and receive mid-course updates over a datalink before its own terminal seeker takes over in the final seconds of the engagement. Missile-guidance research on datalink target updates confirms this is now the dominant design logic for very-long-range interceptors: the further a missile must fly, the more its effectiveness depends on the quality and timeliness of data it receives in flight, not on anything mounted in its own nose.
This is why the Navy frames Malice as sustaining “first-look, first-shot, first-kill” advantage rather than simply “longest-range missile.” The phrase describes a kill chain, not a projectile: detect the adversary before being detected, cue a shot from beyond the enemy’s own effective range, and let networked sensors carry the targeting burden the launching aircraft’s radar cannot. That doctrine has been building since at least the AIM-120’s introduction of active radar homing in the 1990s, but Malice pushes it further than any prior American air-to-air weapon, explicitly trading independence for reach.
Where Malice Fits Among the Navy’s Other Long-Range Weapons
Malice does not stand alone. It arrives alongside two other recent Navy programs: the AIM-174B Gunslinger, an air-launched adaptation of the SM-6 interceptor already in fleet service, and the AIM-260 Joint Advanced Tactical Missile, designed as a more direct AMRAAM successor at shorter range. The Gunslinger is heavier and too large to fit inside the internal weapons bays of stealth aircraft like the F-35C, limiting it to external carriage on non-stealthy platforms such as the Super Hornet. Malice’s defining engineering achievement is fitting comparable reach into a smaller airframe that slides into the F-35C’s bay alongside an AIM-120, letting a stealth fighter carry a very-long-range shot without sacrificing the low-observability that makes it survivable in contested airspace in the first place.
That distinction matters strategically. Chinese and Russian counterparts — the PL-15, the longer-ranged R-37M, and the still-murky PL-17 — have pushed adversary air forces toward similar first-shot doctrines, and some open-source estimates place newer Chinese designs at ranges rivaling or exceeding Malice’s stated envelope. Malice is best understood not as an unanswerable trump card but as the Navy’s attempt to close, and in some engagement geometries reverse, a range gap that had opened over the preceding decade of Chinese and Russian missile development.
U.S. Navy just unveiled the AIM-424 “Malice” — its new Long-Range Air-to-Air Missile (LRAAM).• Range: in excess of 250 nm (463 km)
• Length: 13.5 ft | Diameter: 13.5 in | Weight: 1,500 lbs
• Fits internally in the F-35C weapons bay
• Also for F/A-18E/F Super Hornet & future… pic.twitter.com/oQiDWh3CI1— Devo Flyer (@DevoFlyer) August 25, 2026
What Comes Next
Malice is still a developmental weapon, already photographed under Super Hornet wings and inside an F-35C bay during 2026 testing, but not yet a fielded round of ammunition. Its intended service life stretches toward the Navy’s future F/A-XX sixth-generation fighter, expected toward the end of the decade, which suggests the missile is being built as a foundational weapon for the fleet’s next air-superiority architecture rather than a stopgap. The real test ahead is not whether Malice can fly 250 nautical miles — the Navy has already stated that it can — but whether the sensor and datalink network required to guide it that far can be built resilient enough to survive electronic jamming and contested communications in an actual Pacific engagement. The missile’s airframe is the easy part; the kill web underneath it is the achievement that will determine whether Malice lives up to its name.
Sources:
19fortyfive.com, techtimes.com, navalnews.com, navy.mil, forcaaerea.com.br