Under the IDF’s “Hoshen” five-year plan (2026–2030), robotics deployment is set to expand dramatically across land, sea, and air domains.
By Hezy Laing
The Jaguar, a semi-autonomous unmanned ground vehicle (UGV) developed by Israel Aerospace Industries (IAI) in close collaboration with the IDF, represents a paradigm shift in modern military robotics.
First unveiled in 2021 and initially deployed along the Gaza perimeter, the Jaguar was designed as a force multiplier to reduce human exposure to sniper fire, ambushes, and improvised explosive devices during routine border surveillance.
Weighing approximately 1.5 tons and built on a six-wheeled chassis, the original configuration featured a 7.62 mm MAG machine gun, dozens of sensors, high-resolution cameras, an automated driving system, and a remote-controlled public address system for issuing warnings to infiltrators.
Powered by an electric motor, it patrolled with a low heat signature and could self-destruct or transmit its coordinates to a UAV for aerial destruction if capture seemed imminent.
By the end of 2023, the Jaguar’s role was expanded beyond static border defense.
Unlike its early use as a stationary or slow-moving sentry, the evolved Jaguar demonstrated dynamic battlefield utility: advancing into urban structures, clearing rooms ahead of infantry, and engaging targets while on the move.
During the conflict following October 7, 2023, the IDF integrated the platform into active combat zones in Gaza and later South Lebanon.
The pivotal shift occurred when Israel Aerospace Industries (IAI) and the IDF’s Land Technology Division, rapidly updated the robot’s software to enable dynamic obstacle bypass and on-the-move firing inside built-up areas.
By December 2023, Jaguar units were leading infantry squads into Gaza City, using their 7.62 mm MAG machine guns to suppress enemies while scanning rooms with thermal sensors, effectively acting as the “point man” to absorb ambushes.
The Jaguar’s ability to map 3D environments and self-destruct if captured made it indispensable for high-risk urban clearing where human soldiers faced unacceptable casualty rates.
This operational evolution was formalized by 2024, expanding its role to include leading assaults in Southern Lebanon against Hezbollah fortifications.
Its semi-autonomous navigation allowed it to compute routes, detect obstacles, and bypass them without constant human input, though human operators retained full tactical control via tablet interfaces.
Colonel (ret.) Yaron Sarig, head of the AI and Autonomy Program Executive Office within Israel’s Defense Ministry, described the Israel-Hamas war as the world’s “first robotics war,” with the Jaguar serving as a central asset.
In Lebanon’s rugged terrain, where heavy engineering vehicles struggled, the Jaguar’s agility proved critical for accessing concealed Hezbollah infrastructure.
The robot’s sensor suite enabled 3D mapping and real-time video relay, accelerating target identification for demolition teams from the Yahalom commando unit.
Under the IDF’s “Hoshen” five-year plan (2026–2030), robotics deployment is set to expand dramatically across land, sea, and air domains.
The Jaguar, once a perimeter guard saving hundreds of manpower hours weekly, now leads soldiers into high-risk environments, embodying the transition from passive defense to active combat leadership.
As Lt.-Col. Nathan Kuperstein of the IDF’s Land Technology Division noted, the system “reduces the combat soldier’s friction with the enemy” while maintaining lethal precision.
With armies worldwide observing its performance in Gaza and Bint Jbeil, the Jaguar exemplifies the rapid evolution of autonomous systems from support tools to frontline warriors.
