L3Harris Technologies has confirmed that the U.S. Marine Corps successfully test-fired the Red Wolf launched-effects vehicle from an AH-1Z Viper helicopter during a low-altitude trial conducted over the Atlantic Test Range. The demonstration underscores the U.S. Department of Defense’s growing emphasis on networked, long-range precision weapons that can be fielded in quantity to augment high-cost cruise missile inventories.
According to L3Harris, the live-fire event formed part of the Marine Corps’ Long Range Attack Missile programme and involved Red Wolf striking a sea-based target after launch from an AH-1Z operating at low altitude. The test illustrates the practical application of the Pentagon’s “affordable mass” concept, which seeks to combine large numbers of lower-cost, network-enabled weapons with existing high-end strike systems. Of particular note, the trial demonstrated a U.S. Marine attack helicopter employing a long-range strike munition while staying below the radar horizon, with Red Wolf simultaneously contributing to the targeting network rather than acting solely as a single-use effector. This capability is viewed as a key enabler for distributed maritime operations and survivable stand-off strike in contested environments.
Red Wolf forms part of L3Harris’ broader “wolf pack” ecosystem of launched-effects vehicles, alongside the Green Wolf electronic warfare variant. The family is designed around modular mini–cruise missile–type systems that can be deployed from air, ground, or naval platforms and operate cooperatively in flight to conduct sensing, electronic attack, deception, and kinetic strike missions. Red Wolf serves as the kinetic element of the pack and is described as a high-subsonic precision weapon with a range of more than 200 nautical miles, with some configurations reportedly extending up to 375 km. Its architecture includes folding wings for aerodynamic stability, a cruise engine for extended endurance, and a modular payload bay supporting multiple seeker and warhead options, including GPS, infrared, and radio-frequency guidance. Software-defined features such as in-flight retargeting, autonomous collaboration, and swarming behaviour are central to the concept, with optional recovery and refurbishment options designed to balance operational effectiveness with long-term affordability.
