GLO Marine delivered a comprehensive engineering package for the retrofit of a Launch and Recovery System (LARS) supporting remotely operated vehicle (ROV) operations onboard an offshore vessel.
The project focused on modernizing the existing system to meet current operational requirements, while ensuring compatibility with the vessel’s structural configuration. The upgrade required careful integration of new equipment into an already constrained deck space, maintaining alignment with class and safety standards.
Retrofitting a LARS system onto an operational vessel presents a complex engineering challenge. The primary objective was to introduce an updated system without compromising the integrity of the existing deck structure and supporting foundations.
Key challenges included:
This required a detailed understanding of load paths, dynamic offshore conditions, and the interaction between new and existing structures.
GLO Marine executed the project through a focused engineering approach, combining advanced analysis with practical design deliverables:
By combining simulation-driven validation with practical design outputs, the retrofit solution was engineered to integrate seamlessly into the vessel.
The project resulted in a fully engineered retrofit concept for the vessel’s ROV launch and recovery capabilities.
Key outcomes included:
Through the application of FEM-based validation and targeted structural design, GLO MARINE ensured that the retrofit meets modern operational demands while preserving the integrity of the original vessel structure.
