Missile Systems – Advanced, Adaptive, and Multi-Platform Integration
Versatile Deployment
Our missiles are engineered for deployment across various combat scenarios, including:
- Ground-to-Ground
- Ground-to-Air
- Ground-to-Water
- Water-to-Ground
- Water-to-Water
- Water-to-Air
- Air-to-Water
- Air-to-Ground
- Air-to-Air
Next-Generation Air-to-Air Missiles
Our Beyond Visual Range Air-to-Air Missile (BVRAAM) system is designed for superior air combat with the following key features:
- Ramjet Propulsion System – A solid-fuel, variable-flow ducted rocket providing sustained thrust until impact.
- Extended No-Escape Zone – Ensuring target interception beyond conventional missile range.
- Two-Way Data Link – Allowing mid-course updates and retargeting via external intelligence.
- Multi-Mode Targeting – Equipped with an active radar seeker for day/night engagement in all-weather conditions, even in electronic warfare environments.
- Multi-Detonation Capability – Incorporates both impact and proximity fuses for optimized destruction.
These air-to-air missiles are fully integrated onto our UAV platforms, enhancing their air combat superiority.
Anti-Ship Missiles – A Major Naval Threat
Our anti-ship missile systems pose a severe threat to enemy surface vessels, which inherently have high radar, radio, and thermal signatures that are difficult to conceal. Once a target is acquired:
- Ships cannot evade the missile due to its high-speed interception capabilities.
- The warhead ensures critical damage, rendering the vessel inoperable or destroying it entirely.
Fighter Jet Integration & Defensive Countermeasures
Fighter jets patrol hundreds of miles away from naval task forces, equipped with airborne radar systems to detect threats early. Their role is to intercept incoming aircraft before missile deployment. If interception fails, the enemy may attempt to target the missiles using:
- Air-to-Air Missiles
- Rapid-Fire Cannons
However, our USVs introduce a new dimension of deception in naval warfare.
USV-Launched Anti-Ship Missile Swarm Strategy
Enemy ships often underestimate the threat posed by our USVs, assuming they are not capable of offensive action. This false perception provides a tactical advantage, allowing our USVs to close the distance undetected before launching a devastating missile assault.
Key operational tactics:
- Radar Deception – The USV operates with its radar turned off, avoiding early detection.
- Inertial Navigation Guidance – The missile initially follows inertial navigation, preventing electronic warfare countermeasures.
- Late-Stage Target Acquisition – At 40–60 km from the target, the missile activates its radar and engages enemy ships.
Swarm Missile Attacks on High-Value Naval Targets
Our anti-ship missile swarms ensure strategic destruction by targeting critical points on aircraft carriers and other large vessels. This multi-vector assault approach focuses on:
- Aircraft on the Upper Deck – Causing secondary detonations and catastrophic damage.
- Runways & Flight Operations – Preventing aircraft launch and recovery operations.
- Ship’s Side Near the Waterline – Maximizing structural compromise.
- Catapult Systems – Disrupting fighter jet takeoff capabilities.
- Aircraft Storage & Elevators – Limiting aircraft deployment potential.
These swarm tactics significantly increase the likelihood of crippling enemy naval forces while rendering traditional countermeasures ineffective.
Full Integration with USVs
Our anti-ship missile systems are fully integrated onto our USVs, enabling long-range, high-impact naval strikes without exposing crewed assets to enemy retaliation.
Our UAV and missile systems represent the next evolution of modern warfare, offering multi-domain versatility, adaptive swarm tactics, and advanced stealth capabilities. Whether deployed for air combat, ground support, naval engagements, or electronic warfare, our solutions provide a decisive strategic advantage in high-intensity conflicts.
