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Towed Array Handling Systems
RPME’s Towed Array Handling Systems deliver quiet, precise, and mission-critical deployment of sonar and surveillance arrays essential to anti-submarine warfare (ASW) and undersea domain awareness operations.
Engineered for surface combatants, auxiliaries, and unmanned platforms, our systems provide controlled payout, retrieval, and storage of fiber-optic and hybrid array cables while maintaining strict acoustic, tension, and geometry requirements.
Precision Control for Mission Assurance
Modern towed arrays demand exacting control to preserve acoustic performance and prevent damage to sensitive sensor elements. RPME systems are designed to provide:
- Tight control of payout tension and winding geometry
- Enhanced cable life and signal/data fidelity
- Seamless integration with shipboard control systems
- Low acoustic signature operation
- Shock-resistant, marine-hardened construction
Our advanced levelwind and spooling technologies ensure uniform cable layering and controlled fleet angles, minimizing internal stress, preventing cross-wrap, and protecting high-value array assets.
RPME’s Towed Array Handling Systems deliver quiet, precise, and mission-critical deployment of sonar and surveillance arrays essential to anti-submarine warfare (ASW) and undersea domain awareness operations.
Engineered for surface combatants, auxiliaries, and unmanned platforms, our systems provide controlled payout, retrieval, and storage of fiber-optic and hybrid array cables while maintaining strict acoustic, tension, and geometry requirements.
Precision Control for Mission Assurance
Modern towed arrays demand exacting control to preserve acoustic performance and prevent damage to sensitive sensor elements. RPME systems are designed to provide:
- Tight control of payout tension and winding geometry
- Enhanced cable life and signal/data fidelity
- Seamless integration with shipboard control systems
- Low acoustic signature operation
- Shock-resistant, marine-hardened construction
Our advanced levelwind and spooling technologies ensure uniform cable layering and controlled fleet angles, minimizing internal stress, preventing cross-wrap, and protecting high-value array assets.
Quiet, Controlled Deployment
Operational stealth is paramount. RPME winch systems are designed to reduce mechanical noise and vibration transmission through:
- Precision-machined drum geometries
- Controlled acceleration/deceleration profiles
- High-efficiency drive systems
- Isolated structural mounting interfaces
The result is smooth deployment and retrieval without compromising acoustic performance or vessel signature management.
Engineered for Lifecycle Performance
Towed array systems represent high-value fleet assets. RPME designs prioritize long-term durability and maintainability:
- Corrosion-resistant materials for harsh marine environments
- Modular subassemblies for simplified onboard maintenance
- Scalable control architecture adaptable to new array technologies
- Integrated braking and tension management systems for safe handling
By maintaining consistent tension and winding geometry, RPME systems significantly reduce cable fatigue, extend service life, and protect data integrity across repeated deployment cycles.
Integration-Ready Architecture
Our systems are designed for seamless integration with:
- Shipboard combat systems
- Sonar processing suites
- Automated deployment controls
- Remote monitoring and health diagnostics
Whether supporting new vessel construction or retrofit programs, RPME provides engineered-to-order solutions tailored to platform constraints, shock requirements, and space envelope limitations.



