The U.S. Marine Corps has advanced its long-range strike capabilities with a successful low-altitude test firing of the Red Wolf launched-effects vehicle from an AH-1Z Viper helicopter, according to L3Harris Technologies. Conducted over the Atlantic Test Range, the trial underscores the Pentagon’s shift toward networked, survivable, and lower-cost precision weapons that can complicate adversary air and maritime defenses while operating beneath radar detection thresholds.
L3Harris stated that the demonstration formed part of the Marine Corps’ Long Range Attack Missile program, validating Red Wolf’s ability to engage sea targets at extended distances while contributing to a distributed targeting network. Unlike traditional one-way munitions, Red Wolf was shown to support collaborative targeting functions, enhancing resilience and flexibility in contested environments. The test illustrates how rotary-wing platforms can play a key role in future maritime strike operations by delivering long-range effects without exposing aircraft to heavily defended airspace.
As the strike-focused element of L3Harris’ wolf pack launched-effects ecosystem, Red Wolf is designed to operate alongside electronic warfare and sensing variants in coordinated swarms. The weapon combines a high-subsonic cruise profile with modular guidance and warhead options, enabling both line-of-sight and beyond-line-of-sight engagements. With an advertised range exceeding 200 nautical miles and advanced software enabling retargeting and cooperative behavior, Red Wolf supports the Marine Corps’ vision of distributed operations and affordable mass, providing a scalable alternative to traditional cruise missiles in future naval and joint-force conflicts.
