During the test, Jackal demonstrated rapid response through automated turbojet engine startup. It also carried out autopilot-controlled flight and flexible high-speed maneuvering, according to the company.
Northrop Grumman said the flight test validated the missile’s airframe, propulsion, navigation and autopilot systems. The company said the results confirmed the technical readiness of those systems as the program continues.
The test builds on Northrop Grumman’s work to provide military forces with precise and reliable strike options for evolving security challenges. Additional testing and evaluation are planned as the Jackal program moves toward operational readiness.
According to the company, Jackal can sustain speeds of more than 300 mph. Its range extends up to 100 kilometers from a surface launch or 125 kilometers from an air launch.
The missile uses AI-driven algorithms to autonomously identify and engage threats, including in situations without direct line-of-sight. Northrop Grumman said this capability is intended to support precision strike operations in complex environments.
Jackal is also designed for mobility and can be integrated with light tactical vehicles. The company said the system can support up to eight launch canisters for rapid-fire missions.
Northrop Grumman said Jackal is engineered for contested environments, including GPS-denied conditions. The missile uses a single versatile airframe intended for multi-domain deployment.
The company said Jackal’s optimized flight path is designed to reduce detection. That capability is intended to enable timely strikes before targets can react, improving operational effectiveness and maneuver force safety.
