The contemporary maritime operational environment is defined by asymmetrical threats, high-tempo naval engagements, and rapidly evolving multi-domain mission requirements. In this operational domain, naval forces require unmanned surface platforms that seamlessly integrate autonomous navigation, scalable firepower, and modular mission architecture. Developed through HAVELSAN’s extensive expertise in naval systems integration and autonomous technologies, the SANCAR Armed Unmanned Surface Vehicle (AUSV) offers a operationally reliable and future ready solutions.
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Surpassing the capabilities of conventional manned platforms, SANCAR stands out with its multi-role mission versatality, integrated Intelligence, Surveillance, and Reconnaissance (ISR) systems, and advanced combat systems suite. Her advanced composite mono hull design, autonomous Command and Control (C2) framework, and precision engagement capabilities establish it as a strategic force multiplier in contested maritime environments.
A Strategic Shift in Autonomous Maritime Security
Engineered to perform across a diverse mission spectrum — including base and port security, mine countermeasure operations, intelligence, surveillance and reconnaissance (ISR), and search and rescue — SANCAR represents a significant evolution in operational flexibility and mission sustainability within modern naval warfare.
Equipped with a suite of advanced sensors and autonomous decision-support systems, SANCAR is capable of executing a complex tasks such as environmental awareness, target detection, real-time situational analysis, and autonomous mission decision-making. This capability enables the reliable conduct of operations in high-risk and contested environments without exposing personnel to operational hazards.
Seamless System Integration: Coordinated Operations with ADVENT ROTA C2
At the heart of the SANCAR Armed Unmanned Surface Vehicle (AUSV) lies ROTA, a mission management system derived from the proven ADVENT Combat Management System, currently operational within Turkish Naval Forces. This advanced architecture enhances the AUSV’s autonomous navigation capabilities while ensuring seamless interoperability with both manned and unmanned platforms operating within a network-centric warfare environment.
Extensively field-tested through TCG ISTANBUL – MILGEM-5 Frigate Tactical Operations Center configurations, SANCAR has demonstrated operational reliability in complex maritime scenarios — supporting coordinated platform operations and mission-based execution in real-world conditions.
From Surveillance to Deterrence: Scalable Payload and Weapon Systems
SANCAR offers unmatched adaptability to evolving mission profiles through its scalable payload and weapon system integration:
- Surface-to-surface missile systems deliver credible offensive and deterrent capabilities.
- 12.7mm remote-controlled weapon stations (RCWS) strengthen defensive postures against asymmetrical threats.
- Side Scan Sonar systems provide critical subsurface situational awareness, enabling effective support for Mine Countermeasure (MCM) operations.
All payloads are fully integrated with the SANCAR AUSV’s autonomous decision-support engine, enabling real-time detection, tracking, and precision engagement of surface and sub-surface targets in contested maritime environments.
Robust Communication and Resilience in Adverse Conditions
Engineered to sustain uninterrupted command and control in the most demanding operational environments, SANCAR AUSV is equipped with a resilient, multi-layered advance architecture:
- Redundant RF, LTE, and SATCOM links enable reliable long-range operations and secure data transmission.
- Anti-jam GNSS receivers provide enhanced resilience against electronic warfare (EW) threats and signal interference.
- The advanced Ship Data Distribution System (SDDS) ensures seamless integration, management, and distribution of all onboard sensor, payload, and navigation data.
This robust infrastructure guarantees persistent situational awareness and mission control, even under complex maritime and electronic warfare conditions.
Technical Specifications: Proven Capabilities, Field-Ready
| Feature | Specification |
| Dimensions | 12.7 m x 3.3 m (Length – Beam) |
| Displacement | 9 tons |
| Propulsion | 2 x Diesel Engines, 2 x Waterjets |
| Max Speed | > 40 knots |
| Endurance | 400 nautical miles @ 7-8 knots (autonomous navigation) |
| Hull Structure | Advanced composite with vacuum infusion |
| Control | Modular, portable Ground Control Station |
Strategic Advantages Delivered by SANCAR
The SANCAR Armed Unmanned Surface Vehicle redefines operational capability through a comprehensive set of strategic advantages designed for modern naval forces:
- Operational Flexibility: Rapidly configurable for a wide range of mission profiles.
- Cost Efficiency: Delivers significant reductions in acquisition, maintenance, and lifecycle costs compared to traditional manned platforms, while maintaining high operational effectiveness.
- Personnel Safety: Enables fully autonomous mission execution in contested, high-risk, or denied environments, safeguarding human operators from direct exposure.
- Interoperability: With NATO-compliant C2 interface, C4ISR systems ensure seamless integration with allied manned and unmanned assets in joint and multiple operations.
- Global Export Potential: Designed with scalable, modular configurations to address diverse operational requirements of partner navies and international maritime security forces.
A Reliable Force Multiplier for Modern Navies
Developed with a forward-leaning operational concept, SANCAR is engineered to reshape the future battlespace for naval forces. Its autonomous mission execution capability, modular and mission-adaptable payload capacity, and resilient, multi-domain communication infrastructure position it as a reliable force multiplier in both peacetime and high-intensity conflict scenarios.
More than a platform for today’s missions, SANCAR is built to anticipate and counter emerging maritime threats, ensuring sustained operational superiority in increasingly complex and contested naval theaters.
Strategically positioned to serve both national defense and allied naval forces, SANCAR represents a proven and reliable solution—delivering superior performance backed by field-tested validation.
