An integrated naval solution designed for detection, classification, identification and neutralization of underwater mines using autonomous platforms, advanced sonar systems and intelligent mission control technologies.
Provides centralised command, control and mission planning by co-ordinating all autonomous platforms and sensors throughout the mission.
Performs autonomous mine hunting operations while keeping personnel and naval platforms away from hazardous areas.
Detects, classifies and identifies underwater mines using advanced navigation and sensing technologies.
Produces ultra-high-resolution seabed imagery for precise mine detection over large underwater search areas.
Remotely operated system used to visually identify and safely neutralize underwater explosive threats.
Enables safe deployment and recovery of USVs, AUVs and sonar payloads for efficient maritime operations.
✦ Fully autonomous multi-mission platform designed for maritime warfare, integrating advanced sonar systems and modular payloads for versatile maritime operations. ✦ Designed for extended endurance — operates continuously for more than four days at sea. ✦ Constructed from lightweight composites and aluminum materials as a 12-metre vessel, easily deployable from Ports or Motherships. ✦ Transportable within a standard 40-feet container while meeting international maritime and military specifications.
MCM, ASW, Maritime Security including ISR, Hydrography and more.
Modular and switchable payload suites with advanced sonar systems.
Operates continuously for over four days without crew.
Deployable from Port or Mothership and transportable in a 40 ft container.
A universal multi-mission rocket launcher engineered for long-range precision strike missions across land and maritime domains while integrating seamlessly with modern command and control systems.
Supports multiple missile types with range varying from 150km to 300km and future munitions through interchangeable Launch Pod Containers (LPCs).
Engagement ranges up to 300 km with optimized trajectories for exceptional precision and battlefield effectiveness.
Effective against both land and maritime targets, from hardened ground assets to fast-moving vessels.
Fully compatible with customer command and control systems for seamless operational integration.
One launcher for multiple missions, eliminating the need for dedicated land and naval strike systems.
Enhances naval strike capability while leveraging the proven land-based ecosystem.
A compact containerised towed array sonar solution integrating winch handling, sonar electronics, operator consoles and remote control capabilities into a single One TEU container for rapid deployment and efficient maritime surveillance operations.
Winch & Handling System
The 30x173mm TP-T M200 training ammunition is fully compatible with all 30x173mm NATO standard cannons, providing reliable ballistic performance for operational training and qualification exercises while replicating live ammunition characteristics.
The 30x173mm HE-T M201 ammunition is fully compatible with all 30x173mm NATO standard cannons, delivering superior high-explosive effects against light armoured vehicles, soft targets and battlefield fortifications while maintaining excellent ballistic accuracy.
Modern battlefields are witnessing an unprecedented rise in the use of drones and unmanned aerial vehicles (UAVs), creating new threats for military and critical infrastructure protection.
The 30x173mm HE-Proximity M209 is an advanced programmable high-explosive proximity round developed for modern air-defence and counter-UAS operations.
Designed for seamless integration with modern 30mm weapon systems, the proximity ammunition delivers unmatched effectiveness against drones, UAVs and other aerial threats through precision proximity sensing and controlled fragmentation.
High-probability interception of reconnaissance and tactical UAVs.
Precision proximity detonation against medium and large drone platforms.
Highly effective against fast-moving, low-signature quadcopters and mini UAVs.
The 76mm HE-M77 Naval Ammunition is a high-explosive round developed for the OM 76/62 naval gun system. Designed for outstanding ballistic performance, it delivers effective engagement against surface targets, naval threats and low-flying aerial targets.
Featuring a robust steel body, high-explosive filler and precision impact fuze, the round provides excellent blast and fragmentation effects while maintaining compatibility with all standard OM 76/62 naval gun systems.
Provides exceptional accuracy against surface and maritime targets.
Powerful blast and fragmentation effects for maximum target neutralization.
Fully compatible with all OM 76/62 naval gun systems.
Reliable ammunition for naval defence and coastal security missions.
Shirdi Plant from the Satellite
The planned constellation of more than 15 satellites in inclined orbit provides continuous coverage of sovereign areas of interest. Delivering imagery with up to 35 cm resolution, the system enables precise identification of terrain, assets, and infrastructure changes. These capabilities support defence surveillance, border monitoring, urban planning, agriculture, disaster management, and advanced geospatial intelligence.
A constellation of 6+ Synthetic Aperture Radar (SAR) satellites provides all-weather, day-and-night imaging capabilities. Combining ultra-high resolution with wide-area coverage, the system enables persistent surveillance of borders, maritime regions, critical infrastructure, and adversary activity. With sub-0.5 metre resolution, it can detect ships, illegal fishing, dark vessels, and oil spills even during heavy cloud cover or nighttime operations.
The RF/SIGINT constellation comprises planned clusters of three satellites, covering frequencies from 30 MHz to 18 GHz. Supporting VHF, UHF, L, S, C, X, and Ku bands, the system captures the majority of man-made radio frequency emissions. It is designed for Electronic Intelligence (ELINT), Communications Intelligence (COMINT), and Signals Intelligence (SIGINT) missions across land, naval, and airborne operational environments.