ROKETSAN Debuts Missile-Carrying İKA-PALEM UGV as Turkish NATO Solution for Remote Anti-Armor Warfare.

ROKETSAN has unveiled the İKA-PALEM missile-carrying unmanned ground vehicle at SAHA Expo 2026 in Istanbul, giving Türkiye a new remote anti-armor strike platform designed to support NATO land operations while reducing crew exposure on high-threat battlefields. The system, revealed as allied armies search for survivable precision-fire solutions against armored and fortified targets, combines guided missiles, autonomous mobility, and networked targeting into a combat vehicle built for contested environments.

Built on Tekatron’s medium-class unmanned ground vehicle, İKA-PALEM can fire UMTAS, CİRİT, and L-UMTAS missiles at targets up to 8 km away, while the L/UMTAS-GM configuration extends engagement range to 15 km, allowing the platform to strike tanks and bunkers from outside many direct-fire threat zones. With fire-on-the-move capability, EO/IR sensors, autonomous driving, and RF mesh communications, the system reflects a wider NATO shift toward robotic combat vehicles, distributed lethality, and human-machine teaming in future land warfare.

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At SAHA Expo 2026 in Istanbul, ROKETSAN unveiled the İKA-PALEM missile-carrying unmanned ground vehicle, a remotely operated anti-armor system designed to give NATO forces precision strike capability while reducing troop exposure on contested battlefields (Picture Source: Army Recognition Group)

At SAHA Expo 2026 in Istanbul, Türkiye, ROKETSAN unveiled İKA-PALEM, a modular unmanned ground vehicle tactical missile weapon system designed for land operations. Presented within Türkiye’s expanding defense-industrial ecosystem, the system combines guided missile firepower, unmanned mobility, autonomous driving, and networked communications. Its appearance comes as NATO armies are searching for ways to increase precision firepower while reducing the exposure of soldiers and crewed vehicles on contested battlefields. İKA-PALEM offers a Turkish answer to this challenge by turning a medium-class unmanned ground vehicle into a mobile anti-armor and bunker-strike platform.

ROKETSAN İKA-PALEM is designed as a modular UGV tactical missile weapon system for land forces, based on a medium-class unmanned ground vehicle developed by Tekatron. The platform is intended to engage tanks, armored vehicles, combat vehicles, concrete bunkers, and both stationary and moving targets. Its primary armament can include UMTAS, CİRİT, L-UMTAS, and L/UMTAS-GM missiles, giving commanders a flexible strike package adapted to different tactical scenarios. With UMTAS, CİRİT, and L-UMTAS, the system can engage targets at ranges of up to 8 km, while the L/UMTAS-GM configuration extends the engagement range to 15 km. This allows İKA-PALEM to strike hostile armor or fortified positions from distances that can keep the unmanned platform outside many direct-fire threats while still supporting frontline maneuver units.

The system is not limited to missile engagements. Its secondary armament consists of a 7.62 mm machine gun, allowing the platform to respond to dismounted threats, light targets, or close-range situations where the use of a guided missile would not be necessary. İKA-PALEM also integrates a 360-degree stabilized turret, an EO/IR sensor suite, day-and-night operational capability, autonomous driving, fire-on-the-move capability, high maneuverability, and high mobility. These features are essential for modern land warfare, where vehicles must detect, move, engage, and reposition quickly under the constant threat of drones, artillery, loitering munitions, and electronic surveillance. The fire-on-the-move capability is particularly important because it reduces the time the system must remain static before or during an engagement.

IKA-PALEM is presented as a missile-armed unmanned ground system integrating ROKETSAN’s tactical weapons with a modular land platform. Rather than focusing on the vehicle alone, the system’s main value lies in its combination of guided missiles, remote operation, EO/IR sensors, day-and-night capability, autonomous driving, and networked communications through RF mesh and proprietary GSM links. Publicly available Tekatron information identifies PALEM as a medium-class unmanned ground vehicle family with modular payload integration, while the ROKETSAN İKA-PALEM configuration appears to adapt this unmanned mobility concept into a tactical missile weapon system designed for anti-armor, bunker, and combat vehicle engagement.

Compared with conventional manned anti-tank vehicles, İKA-PALEM’s main advantage is that it separates the operator from the threat zone. A crewed missile carrier must expose its personnel when it moves into firing positions, especially in urban terrain, narrow corridors, ambush zones, or open approaches. İKA-PALEM can perform these tasks remotely, reducing the risk to soldiers while preserving anti-armor lethality. Compared with lighter UGVs armed mainly with machine guns, grenade launchers, or surveillance payloads, the ROKETSAN system adds guided missile reach and precision strike capability. This gives it a clearer battlefield role: an unmanned missile carrier able to neutralize tanks, armored vehicles, bunkers, and high-value ground targets while supporting infantry, reconnaissance units, and mechanized formations.

For NATO missions, İKA-PALEM could provide a practical solution to one of the Alliance’s most pressing land-warfare challenges: how to reinforce forward units with precision anti-armor firepower without increasing the exposure of crews. The system could be deployed in anti-tank ambushes, border defense, convoy overwatch, urban combat support, protection of forward operating bases, counter-infiltration missions, and the neutralization of fortified positions. Along NATO’s eastern flank, such a platform could act as a remote missile layer, supporting multinational battlegroups and strengthening defensive lines against armored thrusts. In expeditionary or stabilization missions, it could provide persistent surveillance and precision engagement while limiting the need to send soldiers into high-risk areas. Its EO/IR sensors, day-night operability, communications architecture, and 240 km operational range also make it suitable for extended missions in complex terrain.

The system also connects with broader U.S. and NATO interest in robotic combat vehicles, distributed lethality, and human-machine teaming. While the United States and several allied armies continue to test robotic combat vehicle concepts, Türkiye’s approach with İKA-PALEM gives the unmanned ground vehicle a direct and immediate tactical role by pairing it with ROKETSAN’s guided missile family. This approach fits the lessons emerging from recent conflicts, where survivability often depends on dispersion, remote operation, speed of detection, precision engagement, and rapid displacement. For Türkiye, İKA-PALEM strengthens its position as a NATO member able to produce sovereign land-combat technologies that can support allied requirements. After gaining international visibility in unmanned aerial systems and precision weapons, Ankara is now extending its unmanned warfare expertise into the land domain with a system that could interest partners seeking alternatives to heavier, costlier, or crew-dependent platforms.

İKA-PALEM sends a clear message from Istanbul: Türkiye is moving beyond individual missiles and unmanned platforms toward integrated robotic strike systems. By combining ROKETSAN’s guided weapons, Tekatron’s unmanned ground vehicle expertise, autonomous mobility, stabilized firepower, hybrid-electric 4x4 architecture, and networked communications, the system offers Türkiye and NATO a credible path toward safer, more distributed, and more flexible land operations. In a battlespace shaped by drones, sensors, artillery, armor, and fortified positions, İKA-PALEM positions Turkish industry at the center of a capability area that allied armies are increasingly seeking to develop.

Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group

Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.