Tank Focus: The Altay MBT

• The Altay tank’s conceptual journey began in the late 2000s
• An initial order to produce 250 Altay tanks is on the horizon.
• President Recep Tayyip Erdoğan asserted that the highly anticipated deliveries of the Altay tanks will commence this year

The Altay, which translates to "Red Foal" or "Red Colt" in Turkish, represents a significant advancement in armoured warfare as Turkey's fourth-generation main battle tank. Developed by Otokar, the Altay is primarily based on the South Korean K2 Black Panther design, integrating innovative technology and design techniques. The manufacturing of the Altay is undertaken by BMC, with substantial contributions in design and technology transfer from Hyundai Rotem, a prominent player in the defence industry.

This state-of-the-art tank is named after Army General Fahrettin Altay, a distinguished military leader who commanded the 5th Cavalry Corps during the crucial final phases of the Turkish War of Independence, embodying a legacy of strength and resilience.

The Altay's arsenal includes a powerful 55-calibre 120 mm main gun, manufactured by MKE, which is designed for superior firepower and accuracy on the battlefield. To enhance survivability, the tank is equipped with an advanced armour package that combines composite materials and reactive armour, developed by Roketsan, which provides enhanced protection against a variety of anti-tank threats. 

Furthermore, the Altay features sophisticated electronic systems from Aselsan, including an active protection system to intercept incoming projectiles, remote-controlled weaponry for flexible engagement, and an advanced fire control system to improve targeting efficiency and combat effectiveness.

For propulsion, the first production batch of Altay tanks will utilise an HD Hyundai Infracore engine paired with an SNT Dynamics transmission, allowing for reliable performance and manoeuvrability in diverse combat environments. The subsequent batch is set to incorporate a domestically produced powerpack from BMC, marking a significant step towards achieving greater self-sufficiency in Turkey's defence capabilities. Overall, the Altay represents a pivotal leap in Turkey's military modernisation efforts, offering advanced technology and enhanced combat capabilities.

Design

The Altay tank uniquely combines indigenously developed systems with advanced technologies sourced from the K2 Black Panther thanks to a strategic agreement signed with South Korea. At its core, the tank is equipped with a 120 mm L55 calibre smoothbore gun, meticulously redesigned by MKEK under license, based on the innovative CN08 120 mm gun originally used in the K2 Black Panther. The gun barrel is enveloped by a thermal sleeve and features a sophisticated stabiliser that employs a static muzzle reference system (SMRS) to enhance firing accuracy.

Throughout its rigorous development and qualification phase, the Altay underwent an extensive testing regimen, amounting to over 1.5 million engineering hours and 35,000 kilometres of mobility testing. It completed 3,700 live-fire trials, demonstrating its operational effectiveness. Weighing in at 65 tons, the tank can reach a maximum speed of 65 km/h (40 mph) on paved surfaces and 45 km/h (28 mph) in off-road conditions, showcasing its versatility in various terrains.

Major Turkish defence contractors, including Aselsan, Havelsan, Roketsan, and MKE, play pivotal roles in the Altay project, leveraging their expertise to elevate the tank's performance. The integration of local subsystems, such as Aselsan’s advanced AKKOR active protection system along with indigenous fire control and electronic systems, demonstrates a comprehensive localisation effort aimed at bolstering national defence capabilities.

Armament-wise, the Altay is formidable, featuring not only the main 120 mm L55 calibre smoothbore gun but also a coaxial 7.62 mm machine gun. In addition, it boasts a remote-controlled weapon station capable of deploying either a 12.7 mm or 7.62 mm machine gun, providing flexibility in engaging various threats. The armour package has been ingeniously re-engineered, drawing inspiration from the K2’s Korean Special Armour Plate (KSAP) while employing Roketsan’s modifications to achieve enhanced ballistic protection. This package is further enhanced with CBRN (chemical, biological, radiological, and nuclear) defence measures and additional reactive armour that can effectively counter a range of battlefield threats.

The initial production batch of the Altay is projected to achieve a maximum speed of 65 km/h, powered by a robust 1,500 hp (1,100 kW) engine. These main battle tanks (MBTs) will also possess the remarkable capability to operate in water depths of up to four meters (approximately thirteen feet), a feature that enhances their operational versatility in diverse environments. The first mass-produced variant will utilise state-of-the-art 1,500 hp (1,110 kW) DV27K engines and EST15K transmissions, which include six forward and three reverse gears, developed collaboratively by Hyundai Doosan Infracore (now HD Hyundai Infracore) and SNT Dynamics in South Korea. In future production batches, a BMC Power BATU V12 engine, a powerful 12-cylinder V-type engine providing 1,500 hp (1,100 kW), may be introduced.

The Altay’s suspension system utilises Hyundai Rotem's sophisticated non-active in-arm suspension unit (ISU) and integrates an advanced track tension system that automatically adjusts the tension of the tracks to optimise performance and manoeuvrability.

As part of the Altay Mass Production Project, ASELSAN has developed a suite of innovative electronic systems. These include an advanced Fire Control System, an Electric Gun and Turret Engagement System, a comprehensive Command Control Communication and Information System, a Driver Vision System, a Laser Warning System, a Remote-Controlled Weapon System, and various battlefield reconnaissance and identification systems. The AKKOR Active Protection System enhances its defence capabilities further. Meanwhile, HAVELSAN is tasked with delivering comprehensive training and simulation resources for maintenance and operational readiness.

Designed with battlefield survivability in mind, the Altay incorporates strategic features to evade anti-tank guided missile (ATGM) attacks, such as the ability to execute sudden braking and perform sharp manoeuvres while maintaining high speeds. An isolated ammunition compartment (turret bustle) ensures protection for the tank crew, further supported by fire and explosion suppression systems that activate in the event of a hit or accident. Additionally, this advanced tank is outfitted with sensors capable of detecting contaminated air from chemical, biological, and nuclear threats. The Altay also possesses sophisticated hunter-killer engagement capabilities, allowing it to effectively identify and neutralise enemy threats with precision.

Launch

The mass production of the Altay main battle tank officially began on September 5, 2025, heralding a new era in Turkey's defence landscape. Just weeks later, on October 28, 2025, the Altay proudly entered operational service, showcasing its advanced capabilities. BMC Chairman Fuat Tosyalı revealed that this innovative manufacturing facility is meticulously designed to achieve a monthly output of eight state-of-the-art Altay tanks and around ten versatile 8x8 Altuğ armoured vehicles. The facility's ingenious modular production lines allow for swift reconfiguration, accommodating the diverse needs of various military platforms.

With an ambitious planned capacity of up to 96 Altay tanks annually, this figure was reaffirmed by Haluk Görgün, the President of the Defence Industries Agency (SSB). Highlighting the scale and significance of this operation, Görgün indicated that over 1,500 highly skilled engineers and technicians will be employed at the site, driving innovation and excellence throughout the production process. In addition, a robust industrial ecosystem supporting the program will encompass approximately eight hundred engineers, 1,250 workers, and ninety subcontractors, all contributing vital expertise and resources. Each Altay tank will be delivered with a generous two-year warranty and six years of comprehensive logistical support, ensuring that they remain mission-ready and sustain operational effectiveness.

President Recep Tayyip Erdoğan asserted that the highly anticipated deliveries of the Altay tanks will commence this year, with an expected increase in delivery rates in future years. He also highlighted the parallel modernisation of the Leopard 2A4 tanks within the Turkish Land Forces, enhancing the overall capabilities and readiness of the nation’s armoured units.

The first 85 Altay tanks will be powered by a sophisticated engine and transmission system sourced from South Korea, renowned for its reliability and performance. However, strategic plans are underway for subsequent production batches to integrate BMC Power’s indigenous BATU power pack, with this transition anticipated to begin around 2026 or 2027. This shift not only emphasises Turkey's commitment to self-sufficiency but also reinforces the nation’s burgeoning defence industry.

The Altay tank’s conceptual journey began in the late 2000s when a contract was awarded to the respected firm Otokar, which developed several promising prototypes. In 2018, BMC was entrusted with the transition to mass production, signifying a pivotal move towards enhancing Turkey's indigenous defence capabilities.

An initial order to produce 250 Altay tanks is on the horizon. This modern and formidable tank is set to gradually replace the ageing Leopard 1 and M60 tanks currently in service within the Turkish Army. As it becomes the backbone of Turkey's armoured forces, the Altay is expected to elevate the nation's combat readiness, technological edge, and operational prowess well into the 2030s, positioning Turkey as a key player in the evolving landscape of modern warfare.