Contract Awarded for Mission Bay Handing System

Rolls-Royce’s Mission Bay Handling System, an integrated solution for handling and stowing cargo, munitions, unmanned and manned offboard craft, has been chosen for the UK Royal Navy’s Global Combat Ship variant By Abi Wylie / 22 Aug 2024

Connect with Leading Marine Technology Innovators

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Follow OS&T

Rolls-Royce’s Mission Bay Handling System (MBHS) has been selected for Batch 2 of the UK Royal Navy’s Global Combat Ship variant, the Type 26 City-class frigate. 

The contract, signed with programme prime BAE Systems Surface Ships Limited, is for five MBHSs to be manufactured at Rolls-Royce’s Canadian Naval Handling Centre of Excellence in Peterborough, Ontario.

Rolls-Royce is the global leader in specialised naval handling systems. The company’s handling systems experts have been providing solutions to the naval industry for more than 35 years. The MBHS offers an integrated solution for handling and stowing cargo, munitions, unmanned and manned offboard craft.

This new contract brings the total number of MBHSs awarded for the Type 26 programme to eight, as the company was previously selected for three in the UK Royal Navy’s initial batch of frigates. The first complete system is scheduled for delivery later this summer.

The MBHS transforms a ship’s mission bay into a multi-purpose, flexible space allowing it to adapt to a variety of operational situations. It offers countless possibilities for ship operators – from storage of all types of cargo, munitions, and containerised mission modules, eliminating the need for a dockside crane. 

The precisely controlled hydraulic boom will efficiently and safely deploy and retrieve manned/unmanned surface vessels in challenging sea conditions up to sea state 6.

Jessica Banks, Programme Executive – Naval Handling Systems for Rolls-Royce Defence, said, “This is a huge win for Rolls-Royce in Canada and our team in Peterborough. Our Mission Bay Handling System is perfectly designed for modern naval operations, providing adaptable and flexible integration solutions suitable for a wide range of activities. 

“Rolls-Royce is proud to bring this mission critical capability to the Type 26 programme and is committed to delivering for the UK Royal Navy.”

Ian Brown, Defence Equipment and Support, UK Ministry of Defence, said, “Having been personally involved in the Mission Bay Handling System aspect of this programme from the beginning, it is a great achievement to get to this point. We have a superb piece of equipment unique to the UK Royal Navy that will significantly strengthen our capability. 

“There has been a lot of effort and collaboration and the network this has brought together has been invaluable. I look forward to the future of installing and working on HMS Glasgow, then handing over to the Navy to prove its full capabilities and functionality.”

Posted by Abi Wylie Edited by Abigail Wylie, Editor and Copywriter experienced in digital media with a keen interest in ocean science technology. Connect & Contact

Latest Articles

Precision Ocean Data for Offshore Renewable Energy Development

AXYS Technologies takes a look at the offshore renewable energy technologies they have developed, deployed, and maintained in their 50 years of experience in this maritime sector

Apr 17, 2025
Extending Marine Science Capabilities Through ROV Deployment

Boxfish Robotics outlines how the Boxfish Alpha ROV supports mesophotic reef research by enabling safe access, observation, and data collection at depths beyond SCUBA limits

Apr 17, 2025
Kongsberg Discovery Supplies Technology to Convert Sailing Ship into Research Vessel

Kongsberg Discovery has upgraded the Statsraad Lehmkuhl for the One Ocean Expedition, providing advanced systems to support climate and ecosystem research

Apr 17, 2025
Marine Conservation Surveys Enhanced with Applied Acoustics’ Easytrak Alpha

Learn how Cornwall IFCA upgraded its survey capabilities with applied acoustics' Easytrak Alpha, boosting precision and effectiveness in monitoring marine protected areas

Apr 17, 2025
High-Temperature MEMS Accelerometer for Directional Drilling at OTC 2025

Tronics Microsystems will showcase a high-temperature MEMS accelerometer for directional drilling at booth #2569 at the Offshore Technology Conference 2025

Apr 16, 2025
Profile Spotlight: NORBIT’s Cutting-Edge Multibeam Sonar for Subsea Mapping

NORBIT Subsea has partnered with OST to showcase its advanced multibeam sonar solutions, supporting high-resolution subsea mapping, imaging, and monitoring across offshore and marine industries

Apr 16, 2025

Featured Content

OST’s Ocean Business 2025 Round-Up

OST has released a round-up of the latest technological advancements, announcements, news, and live demonstrations to come out of Ocean Business 2025

Apr 14, 2025
Charles River Analytics Software to Advance Autonomous Vessel Escort Safety

Charles River Analytics’ PAVE system enhances naval escort operations by using AI-powered perception to improve safety, tracking, and threat detection in crowded harbors

Apr 10, 2025
Who to see at Ocean Business 2025

OceanScienceTechnology.com is proud to be collaborating with a wide range of innovative companies participating in Ocean Business 2025

Apr 04, 2025