Stop Trim System
Feasibility cum RFI response for DRDO’s TDF projects
Underwater vehicle stability and control are crucially dependent on effective trim systems, which balance hydrodynamic forces during various marine conditions. These trim systems are responsible for adjusting the vehicle’s orientation and ensuring it operates efficiently in different depths and currents.
However, current trim systems may not offer the precision or adaptability required by modern underwater vehicles (UV), leading to potential operational inefficiencies, reduced maneuverability, and compromised safety.
The development of a Stop Trim System provides a critical enhancement by offering automated and precise trimming capabilities. This ensures better stability, enhanced control, and improved overall safety and performance in dynamic underwater environments.
Functional and Operational Requirements
The Stop Trim System is essential for modernizing UV control systems, ensuring enhanced safety, and aligning with the operational requirements of next-generation aviation.
The new tool should address the following:
A.) Enhanced UV stability and performance during critical marine applications.
B.) Reduced pilot workload through automated trimming functionality.
C.) Improved safety and reliability of marine operations.
Testing and Certification Requirements
The Stop Trim System must undergo performance, precision, and durability testing under various marine conditions. It should meet standards for hydrodynamic stability, system integration, and reliability in deep-sea operations.
Certification is required from DNQA, DGQA, NDD, and IHQ.
Link to know more and apply: https://www.drdo.gov.in/drdo/feasibility-cum-rfi-repsonse-tdf-projects-20-nos