Success Stories Gull Wing Bridge Lowestoft Gull Wing Bridge Lowestoft Developing a new world-leading and unique Gull Wing Bridge in Lowestoft Main Contractor: Farrans Project Value: £1.1 million Services: Electrical, Mechanical DPL Group’s installation of Mechanical and Electrical works at Gull Wing Bridge In September 2024, DPL concluded work at a new world-leading project, the Gull Wing Bridge in Lowestoft. Following a tender in 2019, we were awarded the work in 2020, which would require collaboration, attention to detail, and strong communication, skills the team at DPL are proud to hold. Contracted by Farrans on behalf of Suffolk County Council, The Gull Wing Bridge is an iconic high-profile structure designed and built to bring immediate and long-term benefits to the town, its businesses and residents. Attracting new visitors by providing a third route into the town over Lake Lothing, alleviating the longstanding pressures of traffic congestion, this essential build is for everyone who wants to gain easy access to all Lowestoft has to offer. Challenges The project was one of many in our industry that suffered significant delays due to the restrictions imposed by COVID-19 and wasn’t commenced until June 2022. Once work had started, there was additional pressure to complete the project before the Tour of Britain cycling race, which was due to travel over the bridge on September 8, during their preliminary ride-out ahead of the final stage between Lowestoft and Felixstowe. Over 20 years in buildings infrastructure Name any industry, sector or type of building and we’ll have provided design, build and maintenance services for its power, light, heating, cooling, data, safety and security systems. And with concerns rising around costs and environmental impact, you’ll benefit from our expertise in greater efficiency and renewable energy sources. Speak to an expert Result The bridge was successfully completed and opened to the public at 9 am on 7th September 2024, in time for the Tour of Britain race, and saw it’s first pedestrian-only event where hundreds of people eagerly waited to be part of local history by being the first to walk over the multi-million-pound structure. In addition to being beautifully designed and built, the Gull Wing Bridge will provide an opportunity for economic growth and investment for businesses in the local areas for decades to come. Improving infrastructure and accessibility is key to the growth of local communities, which has been the foundation of us as Farrans, who have left a lasting legacy through their programme of social value and stakeholder engagement. We at DPL are very proud to have worked alongside Farrans on the Gullwing Bridge project. This project has come with many challenges, but as a team we have worked together in delivering not only the M&E services but a vital transport link over Lake Lothing and Iconic new landmark for the town of Lowestoft. It has been a pleasure to work on such a complex, technical project and we thank all involved for their support throughout Nathan Kettlety, DPL Group Mechanical and Electrical Contracts Manager Working on the project A group of passionate individuals all working towards the same goal: delivering excellence for clients in all aspects of building systems installation. From large-scale commercial, corporate and manufacturing premises through to high street retail and domestic properties of all sizes, we’ll have dealt with it before. See the whole team Find out about careers at DPL Nathan Kettlety Mechanical & Electrical Contracts Manager Nathan Kettlety Mechanical & Electrical Contracts Manager When did you start working for DPL? – October 2011 What are three responsibilities within your job role? – Managing some of the Mechanical & Electrical Contracts Design Cost/Labour Management What professional accomplishment are you most proud of? – Delivering large commercial projects on time and within budget. Most recent achievements are working on Homerton College Dining Hall, Clare College Phase 1 B Old Court, Port of Felixstowe Inspection Facility, Gullwing Lowestoft, upgrades and refurbishments within the NHS. What do you enjoy most about working for DPL? – Working at DPL is a pleasure, we have a great team and working environment. Zak Bates Mechanical Project Engineer Zak Bates Mechanical Project Engineer When did you start working for DPL? – I joined the DPL team in February 2015 as a Senior Craftsman. Progressed on to Site Supervisor in 2017 before moving into the office as a Mechanical Project Engineer in May 2019. What are three key responsibilities within your job role? – Managing Projects from design, through to completion and handover. Ensuring projects are completed to a high standard. Completing the project within budget and on programme. What professional accomplishment are you most proud of? – The projects: The Maharishi Training Centre. Colchester Sports & Rugby Club. Vehicle Inspection Facility at the Port of Felixstowe. What do you enjoy most about working for DPL? – DPL has a great team and a good work ethic. Building excellence from the ground up View our knowledge hub Optimise your building’s systems Get in touch to speak to an expert about your service or sector needs. Simply complete the contact form and one of our specialists will be in touch shortly. DPL Group Ltd. Units 2 – 4 Greenwich Business Park Greenwich Close, Ipswich, Suffolk, IP3 0DD T: 01473 253 350 E: info@dpl-group.co.uk "*" indicates required fields 1. I am interested inI am interested in*General EnquiryCareersCommercial Solar PVDesign & Build Contract ServiceDomestic Solar PVElectricalEnergy Efficient Lighting & Emergency LightingEV ChargingFacilities MaintenanceFire & SecurityInstallLocal Authority Solar PVMechanical2. Personal DetailsFirst name* Last name* Company Email address* Phone number3. MessageMessage*Consent* I consent to my personal data being collected and stored for the purpose of this enquiry in accordance with the Privacy Policy of DPL Group Ltd. I understand that I may withdraw my consent at any time.*PhoneThis field is for validation purposes and should be left unchanged. Δ
