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Türkiye Advances NATO Amphibious Warfare Capabilities with M60TM Tanks and Indigenous Landing Craft at EFES 2026.
Türkiye demonstrated a NATO-compatible amphibious assault capability during the EFES 2026 exercise by landing M60TM main battle tanks directly from Turkish Navy 151 Class landing craft onto an unimproved beach and pushing them inland under live-fire conditions, as observed by Army Recognition on 22 May 2026. The exercise showed Ankara’s ability to combine tactical sealift, armored maneuver, infantry support, and direct-fire coordination into a rapid coastal breakthrough force designed for contested littoral operations and high-intensity regional warfare.
The operation highlighted the combat value of the upgraded M60TM, which integrates active protection, stabilized fire-on-the-move capability, advanced battlefield awareness systems, and protected infantry support into a single armored platform suited for amphibious assault missions. Combined with Türkiye’s indigenous 151 Class landing craft, the demonstration reflected a broader shift toward integrated naval-to-land combat operations that strengthen deterrence, reinforce NATO’s southern flank, and give Turkish forces the ability to rapidly convert sea mobility into armored combat power ashore.
Türkiye demonstrated a NATO-compatible amphibious assault capability during EFES 2026 by landing upgraded M60TM tanks from indigenous 151 Class landing craft and rapidly pushing armored forces inland under joint-force coordination (Picture Source: Army Recognition Group)
At the Distinguished Observer Day of the EFES-2026 Combined Joint Live-Fire Exercise, held on 22 May 2026 in Seferihisar, İzmir, Army Recognition Group observed the Turkish Navy conducting a ship-to-shore armored assault using 151 Class Landing Craft Tank vessels as part of a complex amphibious warfare demonstration. Four M60TM main battle tanks were landed directly onto the beach, regrouped after armored debarkation, and advanced inland into simulated enemy-held terrain while firing on the move. Turkish soldiers were seen moving behind the armored formation in a protected infantry support role, although their exact unit has not been publicly identified. The sequence offered a rare operational view of Türkiye’s ability to integrate tactical sealift, beach landing operations, armored breakout, direct-fire support, and infantry maneuver into a single NATO-compatible amphibious assault scenario.
The maneuver demonstrated a complete amphibious assault sequence, from the approach of the LCTs to beaching, bow-ramp deployment, armored debarkation, formation regrouping, and transition from the shoreline to inland combat movement. The 151 Class vessels acted as tactical sealift and tank landing assets, delivering heavy armor directly onto an unimproved beach without requiring a port, quay, pier, or fixed landing infrastructure. In a contested littoral environment, this ability to place main battle tanks ashore at a selected beach landing site gives the commander greater freedom of action and reduces dependence on predictable maritime access points.
Once ashore, the M60TM tanks formed an armored fire-support line and moved forward in coordination, using direct-fire engagement to suppress simulated enemy positions and protect the landing force advancing behind them. The sequence illustrated the beachhead-to-breakout concept: the mission is not only to land combat power on the coast, but to expand the lodgment area, secure beach exit lanes, and push inland before a defending force can contain the assault. In operational terms, EFES 2026 showed Türkiye’s ability to turn ship-to-shore movement into a combined-arms armored push, linking naval mobility, tank shock effect, infantry protection, and inland maneuver within a single amphibious combat action.
The naval phase gave the operation a strong Turkish shipbuilding and force-projection dimension. The 151 Class LCTs were designed and built by Anadolu Shipyard for the Turkish Naval Forces, with dry-ramp landing capability, high maneuverability, a 420-ton carrying capacity, and the ability to transport up to seven tanks in a single operation. The class, associated with Türkiye’s amphibious forces and the Foça naval area, gives commanders the ability to move armor, vehicles, and follow-on echelons into a littoral battlespace where ports may be damaged, denied, mined, or unavailable. In this role, the 151 Class LCTs act as the final tactical connector between the amphibious task group at sea and the landing force ashore, allowing armored vehicles to be delivered directly onto an unimproved shoreline and immediately committed to the ground maneuver.
This naval phase was followed by an equally important ground maneuver. Once the tanks cleared the beach exit area, their role shifted from landing force protection to armored breakout, using direct fire and movement to widen the lodgment area and prevent the simulated opposing force from fixing the assault force near the shoreline. The soldiers advancing behind the tanks appeared to operate in a protected infantry support role, using the armored formation to reduce exposure while preparing to clear terrain, secure beach exit lanes, and consolidate the ground gained by the armored spearhead. This reflected a classic combined-arms assault in which tanks provide shock, protection, and firepower while infantry secures the terrain that armor alone cannot hold.
The presence of M60TM tanks added the armored spearhead required for the second phase of the amphibious operation, when a landing force must move beyond beach seizure and begin expanding the lodgment area. A force built mainly around infantry can secure the shoreline and clear immediate obstacles, but it remains vulnerable to hardened firing points, counterattack elements, anti-armor teams, and indirect fire once it starts moving inland. By landing main battle tanks early in the assault, Türkiye demonstrated a heavier and more resilient model of amphibious maneuver, in which infantry is supported from the first minutes ashore by protected mobility, direct-fire overmatch, and armored shock effect. The M60TM brings a 120 mm main gun, upgraded protection, stabilized fire-on-the-move capability, and the combat weight needed to breach or suppress a coastal defense belt, protect beach exit lanes, and support the landing force as it advances beyond the initial landing zone.
The M60TM configuration used at EFES 2026 reflects Türkiye’s effort to transform an existing main battle tank fleet into a more survivable, better protected, and more responsive armored combat platform. Under the FIRAT-M60T and TİYK-M60T modernization programs, ASELSAN integrated a Turkish mission package designed around three operational priorities: increasing crew survivability, improving target acquisition and engagement, and sustaining combat effectiveness during extended missions. The main upgrades include the PULAT Hard-Kill Active Protection System, VOLKAN Fire Control System, SARP UKSS stabilized remote-controlled weapon system, TEPES Telescopic Periscope System, Tank Laser Warning Receiver, Position and Orientation Detection System, Close-Range Surveillance System, Driver Vision System, Robust Spall Liner, Air Conditioning System, and Auxiliary Power Unit. Together, these systems give the M60TM stronger protection against anti-tank threats, improved fire-control performance, better battlefield awareness, enhanced crew endurance, and greater operational autonomy in high-tempo combat environments.
PULAT gives the tank an active defensive layer against anti-tank guided missiles and rocket-propelled grenades by detecting an incoming threat and launching a countermeasure before impact. Its countermeasure modules are positioned around the vehicle to cover several approach angles, giving the tank a better chance of surviving threats coming from the front, rear, or flanks during the first contact phase after landing. In a coastal assault, this type of protection is valuable because tanks moving away from the beach may be exposed to concealed anti-armor teams near beach exits, ridgelines, vegetation, urban edges, or prepared firing points.
The VOLKAN Fire Control System supports faster and more accurate engagements, including when the tank is moving. In an amphibious assault, this is essential because tanks leaving the beach cannot wait for a static firing position; they must suppress hostile positions while advancing and while protecting infantry. SARP UKSS, the stabilized remote-controlled weapon system, gives the crew a protected close-defense weapon against infantry, light vehicles, observation teams, and short-range threats near the landing zone, without requiring personnel to expose themselves outside the turret.
The observation package is also central to the M60TM’s role. TEPES, the Telescopic Periscope System, allows the crew to observe and acquire targets from behind cover, including terrain folds, dunes, beach obstacles, or embankments. This means the tank can support the landing force while reducing its own exposure. The Tank Laser Warning Receiver alerts the crew when the vehicle is being ranged or designated by enemy systems, while the Close-Range Surveillance System and Driver Vision System improve awareness around the tank during movement through smoke, dust, darkness, and congested beach exit lanes.
Other improvements strengthen endurance and crew protection. The Position and Orientation Detection System supports navigation, orientation, and tactical coordination, allowing the tank to remain aligned with the armored formation and the infantry element moving behind it. The Robust Spall Liner helps reduce casualties inside the crew compartment by limiting the effect of internal fragments if the armor is hit. The Air Conditioning System supports crew endurance during long missions and hot-weather operations, while the Auxiliary Power Unit allows electronic systems, sensors, communications, and turret functions to operate without keeping the main engine running continuously. This reduces fuel consumption, lowers mechanical stress, and supports silent-watch tasks.
With these improvements, the M60TM was not presented at EFES 2026 simply as a legacy main battle tank kept in service, but as a modernized armored combat platform adapted to high-threat operating environments. In a battlespace where anti-tank guided missiles, concealed infantry teams, drones, laser designation, and close-range ambushes can influence the first minutes of an amphibious assault, the upgraded M60TM gives the landing force a protected and immediately available source of heavy direct fire. Its operational value lies in the combination of firepower, crew protection, battlefield awareness, and readiness, allowing Türkiye to deploy a credible armored element in amphibious operations while newer-generation tank fleets continue to enter service and mature.
Compared with other Turkish armored platforms, the M60TM occupies a distinct role within the landing force. ZAHA is optimized for amphibious assault and the movement of marine infantry from ship to shore, ACV-15 provides protected infantry mobility and follow-on maneuver after the landing, while Altay represents Türkiye’s new-generation main battle tank trajectory. The M60TM delivers a different battlefield effect by bringing heavy direct fire, upgraded protection, improved observation, and immediate armored support to the first phase of the inland advance. In this configuration, ZAHA and ACV-15 support troop movement and battlefield distribution, while the M60TM provides the direct-fire overmatch required to suppress bunkers, hardened firing points, light armored vehicles, anti-tank teams, and other threats that could slow or contain the landing force after it leaves the beach.
From a naval logistics perspective, the EFES 2026 sequence showed how Türkiye can connect sea basing with land maneuver through tactical sealift. The 151 Class LCTs give commanders the ability to select a beach landing site and place heavy armor ashore without dependence on predictable harbor infrastructure, allowing the landing force to open a maneuver corridor from the shoreline into the interior. This complicates enemy coastal defense planning, as opposing forces must cover a wider littoral frontage and prepare not only for infantry landings, but also for the arrival of main battle tanks capable of initiating a rapid armored breakout. In a contested littoral theater, the ability to land tanks directly from the sea can create immediate pressure on enemy defenses, forcing them to react before they can reorganize, shift reserves, or seal the lodgment area.
The NATO interoperability angle is equally strong. EFES 2026 showed Türkiye’s ability to combine amphibious landing operations, joint maneuver, attack aviation, unmanned systems, electronic warfare, air defense, naval support, and ground firepower inside a single operational architecture. The M60TM landing fits directly into that model. It shows that Türkiye can provide the Alliance with a regional amphibious task force able to conduct coastal entry, protect a lodgment area, move armor inland, support crisis response, reinforce exposed littoral sectors, and operate within a NATO-style command-and-control environment. For NATO’s southern and southeastern flank, this adds a Turkish capability that links national naval construction, modernized heavy armor, infantry maneuver, and joint fires.
Strategically, the event sent a clear message to both allies and potential adversaries: Türkiye can move heavy armor from the sea, land it under realistic exercise conditions, provide direct-fire support to infantry ashore, and rapidly shift from beach seizure to inland offensive action. This is a high-value capability for a country positioned at the junction of the Black Sea, Eastern Mediterranean, Balkans, Middle East, and Caucasus, where control of coastal access points and the ability to reinforce littoral areas can shape the opening phase of a crisis. It also supports NATO’s need for mobile, resilient, and rapidly deployable forces in contested coastal regions, where the first hours of an operation can determine whether a coastline is reinforced, opened, or denied. EFES 2026 highlighted Türkiye as a frontline NATO ally with an expanding amphibious armored capability built on national industry, operational discipline, and joint-force integration.
The deeper meaning of the demonstration lies in the connection between sea control, landing force mobility, and inland armored action. The EFES 2026 landing showed that Türkiye is developing a complete littoral combat chain, linking tactical sealift, armored debarkation, direct-fire engagement, infantry assault, protected maneuver, and NATO-compatible command-and-control into a single operational package. In a region where maritime geography directly shapes military options, this integrated capability gives Türkiye and the Alliance a stronger deterrence posture across coastal and island environments, while also demonstrating that Turkish forces can convert naval mobility into land combat power at the point and time selected by the commander.
The EFES 2026 landing of four M60TM tanks from Turkish Navy 151 Class LCTs was a clear demonstration of Türkiye’s ability to transform naval mobility into armored combat power ashore. The operation combined Turkish-built landing craft, modernized main battle tanks, infantry movement, direct-fire support, and NATO-style joint coordination into one coherent amphibious assault package. Beyond the visual impact of tanks driving from the beach while firing in formation, the demonstration carried a deeper military message: Türkiye can seize a coastal lodgment area, protect it with heavy armor, break out inland, and reinforce NATO’s southern and southeastern flank with a force shaped for high-intensity littoral warfare. By demonstrating that heavy armor can be delivered from the sea, protected by national upgrades, and pushed inland under joint-force coordination, Türkiye showed a capability that strengthens both its own deterrence posture and NATO’s operational depth across the Alliance’s southern flank.
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.