The US Army’s joint land attack cruise missile defense elevated sensor (JLENS) system demonstrated its first flight at an altitude of 3,000ft over North Carolina state.

The JLENS is an aerostat platform that provides long-duration, wide-area, over-the-horizon detection to track low-altitude cruise missiles.

Discover B2B Marketing That Performs

Combine business intelligence and editorial excellence to reach engaged professionals across 36 leading media platforms.

Find out more

The platform provides battlefield commanders with enhanced situational awareness and elevated communications, enabling sufficient warning to engage air defence systems and defeat threats.

Lieutenant Colonel of the US Army, Steve Wilhelm said that JLNES makes the current weapons more effective.

“Missiles that were once limited by their organic radars can now meet their full kinematic potential because of the extended ranges provided by JLENS radars,” Wilhelm said.

JLENS uses two advanced elevated sensor systems to support surface-to-air missile systems in performing over-the-horizon intercepts of land attack cruise missiles and detection and tracking of large-calibre rockets, surface-moving targets and theatre ballistic missiles in the ascent phase.

GlobalData Strategic Intelligence

US Tariffs are shifting - will you react or anticipate?

Don’t let policy changes catch you off guard. Stay proactive with real-time data and expert analysis.

By GlobalData

Army Technology Excellence Awards - Nominations Closed

Nominations are now closed for the Army Technology Excellence Awards. A big thanks to all the organisations that entered – your response has been outstanding, showcasing exceptional innovation, leadership, and impact across the defence sector.

Excellence in Action
SignalGeneriX has won the Autonomous Technology Innovation Award for its LOTUS AI Mission Computer -a compact, rugged edge AI platform delivering up to 100 TOPS for ISR, EW, robotics and autonomous systems. Discover how LOTUS is redefining real-time decision-making and autonomy across demanding defence missions.

Discover the Impact