A previous JAGM-MR test demonstrated the missile’s 16km increased range capability
Lockheed Martin successfully conducted a JAGM-MR guided flight test in California, the company has announced earlier this week. The flight test demonstrated JAGM-MR’s tri-mode seeker and its ability to aid the missile to discriminate between multiple targets.
“This next-generation weapon system offers greater accuracy in both target discrimination and recognition, delivering mission-focused capabilities that will provide our customers with an innovative 21st century security solution,” said Joey Drake, Program Management Director of Air-to-Ground Missile Systems at Lockheed Martin Missiles and Fire Control. “The enhanced tri-mode seeker provides a new level of precision guidance and defence capabilities, allowing JAGM-MR to lock onto the selected target even when there are multiple targets in the field.”
Compared to JAGM, which utilises a dual-mode sensor system, JAGM-MR’s tri-mode seeker employs a third sensor incorporated into the guidance system, near-infrared (NIR). The NIR sensor enhances missile performance, allowing for improved target tracking and guidance over a range of conditions and target sets.
“We’re investing in the future of our JAGM product line because not only will it help address much-needed capabilities by our customers, but it will provide them with a turnkey solution for the challenges that they face in today’s complex threat environment,” Drake added.
While last year’s successful live fire event demonstrated JAGM-MR’s 16km increased range capability, this year’s guided flight test showed the maturity of the fully functioning tri-mode seeker while concurrently highlighting its ability to target engagement at an increased stand-off range.
JAGM is designed and developed in Orlando, Florida. The weapon system is manufactured across various Lockheed Martin facilities. With more than 125,000 HELLFIRE and JAGM missiles produced, JAGM and JAGM-MR are the next-generation systems of choice in critical, precision engagement opportunities.
