Octavius has been entrusted with a crucial phase in the refurbishment of the historic Ryde Pier.
- Network Rail has allocated £11.5m for this essential project on the Isle of Wight.
- The renewal efforts will prolong the life of the 686-metre Victorian pier by 60 years.
- Key upgrades include railway track renewal and enhanced signalling systems.
- Octavius rehires its experienced team to ensure continuity and minimise disruptions.
Network Rail’s decision to grant Octavius a £11.5 million contract underscores the significance of the upcoming phase in the extensive refurbishment of Ryde Pier, an integral Victorian structure on the Isle of Wight. This pier connects the island to mainland ferries and is served by old London Underground trains, necessitating precise and thorough restoration to ensure its continued function.
The detailed upgrade plan encompasses the renewal of permanent way railway tracks, the installation of new glass reinforced plastic (GRP) fencing, walkways, and troughing, as well as significant advancements in signalling systems. These critical enhancements aim to extend the pier’s operational lifespan by an impressive 60 years, demonstrating the project’s focus on sustainable infrastructural longevity.
Julian Wisbey, programme manager at Octavius, expressed satisfaction at the continuity of personnel, stating, “This award follows a successful phase of work previously completed by Octavius on this historic pier structure.” By retaining the original team and supply partners, familiar with both the working environment and local community needs, Octavius anticipates a seamless transition into this new phase of construction.
The integration of lessons learnt and best practices from previous phases is central to Octavius’s approach, aimed at executing the project swiftly to limit disruption to passenger services. The project thus promises both efficient execution and a commitment to mitigating impact on local stakeholders.
This project marks a significant step in preserving Ryde Pier’s heritage while enhancing its functionality.
