The rapidCAST™ sound velocity profiling system is a revolutionary solution for high-speed oceanographic surveys, enabling precise, rapid data collection for a variety of maritime applications. This lightweight and portable profiler delivers unmatched ease of deployment and exceptional performance, even at towing speeds of up to 12 knots.
Advanced Profiling Technology for Demanding Environments
With a profiling depth capability exceeding 500 meters at 5 knots and up to 1,200 meters at stationary or low tow speeds, rapidCAST™ ensures high-resolution, real-time data acquisition without interrupting vessel operations. The system leverages patented line payout tension control to maintain a consistent drop rate, guaranteeing reliable measurements in both deep (5 m/s) and shallow (2.5 m/s) profiling modes.
Key Features:
- Rapid Underway Profiles: Operates efficiently at speeds of up to 12 knots, delivering accurate sound velocity profiles without requiring vessel stoppage.
- Automated Deployment and Recovery: Fully automated profiler deployment and retrieval streamline operations, enhancing efficiency and safety.
- Wireless Data Transfer: Collected data is automatically uploaded via Bluetooth during recovery, minimizing downtime between casts.
- Lightweight and Portable: The system’s lightweight, portable construction allows for quick mobilization across a wide range of vessel types.
- Precision Depth Control: Deploys to the target depth with accuracy and prevents seabed contact, ensuring data integrity.
Superior Performance in Challenging Conditions
Whether operating at high speeds or in low-tow scenarios, rapidCAST™ achieves remarkable depth accuracy of 5%, even in dynamic conditions. Its unique ability to recover to a designated hold position behind the ship ensures seamless integration into demanding survey workflows, enabling consistent, high-quality data capture for critical oceanographic research, naval operations, and hydrographic mapping.
The rapidCAST™ system redefines efficiency and precision for sound velocity profiling, offering unparalleled performance for modern ocean science applications.
