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Bengaluru's Zulu Defence Lands European Order for Advanced AI Combat Drone DRAP

· · 3 min read

Bengaluru-based Zulu Defence Systems has secured a procurement order from Netherlands Special Forces for its AI-enabled DRAP loitering munition platform. This marks a significant export milestone for the Indian startup in autonomous battlefield systems.

Bengaluru's Zulu Defence Secures European Order

Bengaluru-based Zulu Defence Systems has achieved a significant international breakthrough, securing a procurement order from Netherlands Special Forces for its state-of-the-art AI-enabled DRAP loitering munition platform. This deal represents a major export milestone for the Indian private defence manufacturing sector, highlighting the increasing global demand for advanced autonomous battlefield systems capable of operating in electronically contested environments.

What is the DRAP Loitering Munition?

The DRAP, or Directed Reconnaissance and Attack Platform, is designed as a compact, hovering kamikaze drone. It is engineered for both tactical surveillance and precision strike missions, effectively bridging the operational gap between lightweight FPV (First Person View) drones and larger, long-range loitering munitions commonly used in modern warfare. Zulu Defence describes the DRAP as India’s first indigenous hovering loitering munition that combines reconnaissance with precision strike capabilities in a single, deployable system.

Key AI Capabilities

The DRAP has been specifically developed for modern electronic warfare battlefields where GPS, radio links, and communications are frequently jammed. Its core capabilities include:

  • AI-based autonomous targeting
  • GPS-independent navigation
  • Swarm attack functionality
  • Autonomous terminal strike mode
  • Low radar and thermal signature

Equipped with AI-driven edge computer vision, the platform can autonomously detect, track, and engage targets with minimal operator intervention. Crucially, the drone can continue tracking and engaging targets even if communication links are disrupted or jammed, providing a critical advantage in next-generation drone warfare scenarios.

Technical Specifications and Operational Deployment

Utilizing a Vertical Take-Off and Landing (VTOL) architecture, the DRAP can be rapidly deployed from challenging terrain without requiring traditional runway infrastructure. The platform is available in multiple variants:

  • Tactical versions capable of carrying up to a 1.5 kg warhead
  • Heavier operational variants designed for payloads up to 5 kg

The system also supports various fuse configurations tailored for anti-armour missions, radar suppression operations, and counter-drone warfare. Its robust anti-jamming architecture, encrypted communications, and multi-layer navigation systems are engineered to maintain operational effectiveness within GPS-denied zones.

Zulu Defence confirms that the DRAP has already undergone extensive field evaluations and is currently in service with elite Indian military formations, including the Indian Navy MARCOS and the Indian Army Para Special Forces. The drone can also integrate with Zulu Defence’s CLAD multi-barrel canister launcher platform, enabling coordinated AI-assisted swarm strikes against multiple targets simultaneously.

Global Demand for Autonomous Defence

The acquisition by Netherlands Special Forces underscores a broader trend among European militaries, which are rapidly increasing their investments in autonomous combat systems and advanced loitering munitions. This surge in demand reflects evolving battlefield requirements and the strategic importance of cutting-edge defence technologies like the DRAP in modern conflict scenarios.

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