Caunton Engineering supplied the structural steelwork for two large distribution warehouses constructed by major contractor Winvic Construction. They are located on the Gateway development in Peterborough.

Caunton Engineering supplied the structural steelwork for two new distribution centres at a site located adjacent to Manchester Airport, one of the North West’s most strategically-located logistics parks. Working on behalf of Winvic Construction, Caunton Engineering designed, fabricated, supplied and erected 1,000t of steelwork for the scheme.

Caunton were pleased to supply and erect the structural steelwork for their second major Parcel Hub contract awarded by Winvic Construction. The company have supplied the structural steelwork and metal decking for leading parcel delivery company DPD (UK)’s fifth UK hub. DPD (UK) is part of La Poste’s GeoPost Group. The new hub is built on a new £150m site just two miles from DPD’s Hub 4 and Inte...

Caunton Engineering have supplied the structural framing for a major warehouse in Basildon for main contractor Buckingham Group Contracting. Known as Basildon 115, the 115,000 sq. ft. development will occupy a prominent position in an established industrial and distribution location in the heart of the Thames Gateway. This is the site of the former Kongsberg Automotive Plant in Basildon.

Caunton supplied and erected the steelwork and metal decking for a large contract by the major Scottish contractor, McLaughlin and Harvey. The overall project is for a massive new £114 million base for United Parcel Service (UPS), the American multinational package delivery and supply chain management company. This will be an airport gateway logistics centre located at East Midlands airport, which...

Warth Park, a 64ha logistics and business park, adjacent to the A45 near Raunds, where Caunton Engineering’s latest work is providing steelwork for two new steel framed distribution centres for Howdens Joinery (known as Units 2 and 3), which will add to the company’s existing on-site warehouse (Unit 1).