Ukraine makes tactical breakthrough with heavy AI combat robot

According to Defense Express, this combat robot system integrates artificial intelligence and advanced control technology to perform many missions on the battlefield.

VATAG is designed as a multi-purpose heavy-duty robotic platform, capable of carrying more than 2 tons of cargo.

Heavy combat robot operated by AI made in Ukraine. Photo: BDTV-25

The developer emphasizes that it can be deployed for both combat roles – including direct engagement and weapons transport – as well as for other logistics, engineering and support missions.

As described at the event, the vehicle is equipped with a hybrid powertrain that combines fuel efficiency with durable performance.

The robot can operate in near-silent electric mode for stealthy movement, while also serving as a mobile backup charger to maintain communications and logistics on the battlefield.

Integrated AI-driven systems provide autonomous navigation and mission management, allowing the platform to adapt to changing battlefield conditions.

Anatoliy Nikitin, head of the VATAG project, said in a statement to Defense Express that the development team's main goal is to "save soldiers' lives by transferring dangerous processes to robotic systems."

The platform's design emphasizes autonomy, survivability, and interoperability with Ukraine's existing military equipment, the researcher explained.

Robot chiến đấu VATAG được kỳ vọng sẽ tạo ra cuộc cách mạng lớn trên chiến trường. — VATAG combat robot is expected to create a major revolution on the battlefield.

It should be noted that the VATAG forms the foundation for a broader H-UGV ecosystem, which includes a multi-role combat module equipped with a 25 mm automatic cannon, as well as AI-based software and hardware solutions, designed to extend autonomy from navigation tasks to battlefield decision-making elements.

The roadmap aims to expand payload options, enhance compatibility with other systems, and deploy for different mission scenarios, Nikitin added.

VATAG integrates advanced communication architecture to ensure resilience in a competitive environment.

Multi-channel redundant links with built-in automatic channel selection maintain telemetry and control data even under harsh electronic warfare conditions.

These features ensure the robot remains capable of performing its mission despite any attempts by the enemy to sabotage its operations, the developer added.

With its large payload capacity, modular design, and AI integration, VATAG demonstrates Ukraine's intention to expand from traditional unmanned ground vehicles to a full-fledged robotic combat platform.

The system is positioned to support light infantry, logistics units and specialized formations, providing both firepower and sustainment in the combat area.

The emergence of VATAG comes at a time when autonomous systems are increasingly shaping modern military planning, particularly in conflict environments where survivability and risk mitigation for humans are paramount.