OTOKAR from Türkiye offers new UGV able to conduct combat missions like manned IFV.

The Turkish company Otokar has unveiled the ALPAR, a new generation of Unmanned Ground Vehicle (UGV) that promises to redefine the capabilities of modern military forces. Designed to perform a wide range of combat missions typically undertaken by manned Infantry Fighting Vehicles (IFVs), the ALPAR enhances survivability and operational efficiency on the battlefield, offering the same firepower as standard IFV.
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The Turkish Company OTOKAR displayed its new unmanned combat vehicle at Eurosatory 2024, a defense exhibition that was in Paris, June 2024.  (Picture source: Army Recognition Group)

As a medium unmanned ground vehicle, ALPAR marks a significant milestone for the Turkish defense industry. With a maximum combat weight of 15 tonnes, this robust platform is capable of operating alongside both manned and unmanned assets, fulfilling the diverse needs of armed forces. Equipped with advanced autonomous systems and artificial intelligence (AI), ALPAR is engineered to minimize personnel risk during high-threat missions, improve operational success, and enhance overall battlefield efficiency.

One of ALPAR’s standout features is its ability to communicate seamlessly with unmanned aerial vehicles and other battlefield assets, leveraging AI and data analytics to reduce the number of personnel needed in the field. This not only decreases the risk to human life but also increases mission effectiveness. The vehicle boasts a low thermal footprint, compact dimensions, and a fast-change battery infrastructure, making it easily airlifted and quickly adaptable to various combat scenarios. Additionally, ALPAR’s mission capabilities are further enhanced by its ability to carry a mini-unmanned ground vehicle.

The ALPAR’s modular design allows it to be configured for various roles, including fire support, logistics support, air defense, and anti-tank missions. This versatility makes it suitable for advanced reconnaissance and surveillance operations. The vehicle features a serial hybrid electric drive system, enabling it to operate in complete silence, a crucial advantage for stealth operations. It can be controlled remotely or operate autonomously, thanks to the Adaptive Drive Support Systems developed by Otokar.

At the Eurosatory 2024 defense exhibition, ALPAR was showcased as an IFV equipped with an autonomous turret, armed with a 30mm automatic cannon and two anti-tank guided missile launchers. This configuration provides the same firepower as a manned IFV while offering the flexibility of remote operation or full autonomy.

With the introduction of ALPAR, Otokar has set a new standard for unmanned ground vehicles, showcasing the potential for increased safety, efficiency, and versatility in modern military operations. The ALPAR represents a significant advancement in the Turkish defense sector, highlighting the country's growing capabilities in developing cutting-edge military technology.

The OTOKAR ALPAR is armed like a manned Infantry Fighting Vehicle, including a 30mm automatic cannon and two launchers for anti-tank guided missiles. (Picture source: Army Recognition Group)"

With the introduction of ALPAR, Otokar has set a new standard for unmanned ground vehicles, showcasing the potential for increased safety, efficiency, and versatility in modern military operations. The ALPAR represents a significant advancement in the Turkish defense sector, highlighting the country's growing capabilities in developing cutting-edge military technology.

The ALPAR Unmanned Ground Vehicle (UGV), developed by Otokar, is set to transform modern military operations with its advanced technology and versatile applications. One of the primary advantages of ALPAR is its ability to reduce risk to personnel. By performing dangerous and routine tasks autonomously or through remote control, ALPAR minimizes the need for human soldiers to be in high-risk areas, significantly enhancing troop safety.

ALPAR's design allows it to fulfill multiple roles on the battlefield. Its modular structure means it can be configured for various purposes, including fire support, logistics support, air defense, and anti-tank missions. This versatility ensures that ALPAR can adapt to different combat scenarios, providing military commanders with a flexible tool for diverse tactical needs.

Stealth is another critical feature of ALPAR. Its hybrid electric drive system enables it to operate silently, which is crucial for missions requiring stealth and low detectability. Additionally, its low thermal signature helps in maintaining a low profile during operations, reducing the likelihood of detection by enemy forces.

The UGV also boasts significant operational endurance and mobility. With a maximum speed of 70 km/h and a range of up to 500 km using its hybrid drive, ALPAR can sustain long-duration missions without frequent refueling or battery changes. This extended reach enhances its ability to maintain an operational presence over vast areas.

ALPAR's ability to coordinate with other unmanned systems, such as UAVs, further enhances its operational effectiveness. This capability allows for integrated multi-domain operations, where real-time data sharing and collaborative task execution between different unmanned systems improve situational awareness and mission success.

Additionally, ALPAR can carry various payloads up to 15 tonnes, including additional mini-UGVs, which expands its functionality on the battlefield. This adaptability makes ALPAR a valuable asset capable of performing a wide range of missions, from reconnaissance and surveillance to direct combat support.

Overall, ALPAR's combination of advanced autonomous technology, modular versatility, and operational efficiency positions it as a critical component of modern military strategy, enhancing combat capabilities while prioritizing the safety of human personnel.