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Engineered for complex maritime security missions, our 11m high-speed unmanned surface vessel represents the cutting edge of modern naval defense. Designed as a combat-ready platform, it combines exceptional agility with comprehensive autonomous functions. This smart usv delivers reliable performance for both tactical operations and prolonged coastal surveillance without risking personnel.
Driven by twin 353kW Cummins marine diesel engines, our military usv achieves remarkable speeds exceeding 48 knots. The integrated surface-piercing propellers ensure rapid interception and immediate response to emerging maritime threats. This advanced propulsion system guarantees operational dominance in time-critical tactical scenarios and high-speed pursuits.
We construct the usv hull utilizing premium Carbon Fiber Reinforced Polymer (CFRP) to maximize the overall strength-to-weight ratio. This innovative usv design significantly reduces the radar cross-section, effectively enhancing stealth capabilities. Furthermore, the exceptional corrosion resistance ensures long-term durability in harsh marine environments and rough sea conditions.
Optimized for prolonged missions, the vessel provides an impressive operational range of over 300 nautical miles without requiring refueling. This extended endurance allows for persistent offshore surveillance, long-range interdiction, and continuous perimeter defense. Our advanced fuel management system ensures maximum efficiency during extended maritime deployments.
Integrating cutting-edge usv technology, the onboard control system supports both remote piloting and fully unmanned intelligent navigation. The versatile platform excels in coordinated swarm operations, dynamic obstacle avoidance, and precise waypoint navigation. Additionally, a fail-safe auto-return function provides ultimate reliability if communication links become temporarily compromised.
| Length Overall (LOA) | 11.30 m |
| Beam | 3.00 m |
| Mould Depth | 1.50 m |
| Draft | 0.71 m |
| Designed Displacement | 8.12 t |
| Maximum Speed | ≥48 knots |
| Cruising Speed | 20 knots |
| Endurance | ≥300 nautical miles |
| Certified Manning | 6 persons |
| Hull Type | Monohull Planing Craft |
| Seakeeping Performance | Weapons deployment in Sea State 3; safe navigation in Sea State 4 |
| Hull Material | Carbon Fiber Reinforced Polymer (CFRP) |
| Propulsion Options | 2 x 353 kW Cummins high-speed marine diesel engines with surface-piercing propellers |
| Control Modes | Manned piloting / Unmanned intelligent navigation |
| Autonomous Functions | Remote control, waypoint navigation, autonomous path planning, obstacle avoidance, fail-safe protection, auto-return |
Equipped to engage and intercept hostile small craft, this robust platform provides modern defense forces with a lethal, unmanned offensive capability. It effectively secures territorial waters against unconventional naval threats while consistently keeping human operators safely out of the direct line of hostile fire.
Ideal for patrolling high-risk ocean sectors, the vessel responds to terrorist activities and pirate attacks with unmatched speed and precise maneuvering. Its stealthy profile and rapid deployment capabilities make it an essential asset for safeguarding international shipping lanes and vulnerable coastal maritime infrastructure.
The system conducts persistent and covert surveillance across extensive exclusive economic zones to detect illegal fishing and smuggling activities. By maintaining a continuous maritime presence, it deters illicit operations and provides actionable intelligence to coastal law enforcement and border protection agencies.
Mission parameters and waypoints are securely uploaded via an encrypted ground control station datalink before actual deployment. The vessel can be efficiently launched using a standard heavy-duty trailer, a coastal slipway, or directly deployed from a larger mother ship for deep-water operational flexibility.
During active autonomous execution, the integrated AI continuously manages complex path planning while remote operators evaluate multiple real-time sensor feeds. Mission commanders can dynamically modify pre-programmed routes, ensuring the operational strategy adapts seamlessly to changing environmental variables or sudden tactical intelligence updates.
Upon completing the designated objective, the system automatically returns to base if the communication fail-safe protocol is triggered. Post-mission procedures involve straightforward crane or trailer recovery, followed by comprehensive data analysis, digital system diagnostics, and routine preventative maintenance to guarantee continuous fleet readiness.
As a professional manufacturer of specialized marine platforms, our factory possesses the engineering expertise to deliver highly customized maritime solutions. We strictly control every phase of the fabrication process, from advanced composite molding to complex electronic system integration. Our dedicated technical team ensures that each vessel meets rigorous military-grade standards before final deployment.
The standard line-of-sight communication range operates between 30 to 50 nautical miles. We can also integrate satellite communication modules to enable seamless over-the-horizon operational capabilities.
Yes, our advanced control architecture fully supports networked swarm operations. This allows multiple units to coordinate autonomously for executing complex perimeter defense or synchronized interception tasks.
The flexible open architecture accommodates various remote weapon stations, including machine guns and light missiles. We handle custom payload integration strictly based on specific client requirements and international export regulations.
The premium carbon fiber hull significantly minimizes radar cross-section compared to traditional metal construction. We can also apply additional specialized stealth coatings to further enhance low observability.
Standard production typically requires 8 to 10 months from the initial order confirmation. The exact timeline depends on the complexity of the requested mission systems and custom integration requirements.
