In producing underwater defense cables, naval sonar systems are the most common systems using such cables. In fact, the success of naval sonar projects largely depends on the performance of these cables.
Naval sonar systems that require a cable can be divided into two categories. Both types of systems have very different requirements when it comes to which cable is necessary. In this blog, we compare both systems: variable depth sonar vs towed array sonar.
You’ve selected the perfect subsea cable design for your big project, but now the question arises: Which type of cable termination should you use?
Choosing and purchasing a subsea cable system is just the beginning of a multi-year process. This is true for all types of cables, like sonar cables and ROV cables.
The equipment must be stored, maintained, deployed, and operated properly and repaired as necessary to get the most value from your investment. Above all, downtime in production due to cable problems must be avoided at all costs.
Following the transition in the energy market, a transition in using ROVs and ROV Cables is also taking place. After all, fossil fuels are finite, and all kinds of ways of generating energy sustainably are currently being sought.
This also applies to the open sea in the form of Ocean Sustainability Projects.
The construction of an ROV umbilical cable is specialized work. The cable must be as compact as possible, but at the same time, components must be able to remain intact while applying load to the cable and while bending and flexing the cable. How should my opto-electrical cable core be constructed to survive the high loads applied while remaining flexible?
