The project brief was to supply a tensile roof structure and fabric walling which could incorporate doors and see through panels to form this large temporary building in Miami, Florida.
Using fabric for the roof and walls provided diffused lighting and a soft ambience to create the desired environment in which the client could hold a Victoria’s Secret fashion show. The fabric panels proved to be a great architectural solution, catering for all the client’s needs in a short time frame.
The Royal International Pavilion at Llangollen was originally built in 1992 as a combined sports facility and auditorium to host the famous International Eisteddfod. The fabric had become tired and worn over time, and a gradual change in the type of end use left Denbighshire Council looking to both renew the fabric and improve the weathering properties of the auditorium. A temporary summertime extension, which is used for the Eisteddfod and other events also required renewal.
Removing the existing fabric was a carefully staged operation, planned to maintain the structural stability of the building during the process. As the original design information was somewhat sketchy and in some cases lost in the mists of time, Base Structures were required to carry out a full 3D survey of the fabric contact points and use this information to re-model the form, both on the main auditorium and the extension canopies. The new membranes were then assembled in our Bristol factory, and transported to site and installed with great care in a complex lifting operation.
The completed work has given this landmark building a new lease of life, leaving it looking better than ever.
Large advertising hoardings are not everyone’s cup of tea but in terms of sheer scale this one takes the biscuit! At over 6000m2 of roadside advertising area, this project was widely lauded as the largest Out Of Home opportunity available in the UK at that time. Sitting adjacent to the main arterial route from the M60 into Manchester and exposing full frontal glory to the new City of Manchester Stadium, this is one bill board that is impossible to ignore. Exposure was even claimed for airline passengers on the flight path into Manchester Airport!
During the planning application process our client had to guarantee to the Gas-o-meter owners Transco, that clothing the structure would in no way detract from it functioning as originally intended. Therefore prior to receiving approval, extensive structural engineering calculations were produced which predicted that by wrapping the skeletal steel frame within a web of suitably tensioned stainless steel cabling the structure would not deflect sufficiently to stop the rise and fall of the gas chamber within. Thankfully the calculations were spot on and the resulting fully clothed gas holder continued performing unhindered and as unabashed as it had when naked!
An additional USP of this site was that the cable net devised for carrying these super large printed banners allowed for quick, 8-hour removal and re-installation of the media so that a pair of eyes seeing it on the way to work in the morning would be exposed to a different campaign on the way home in the evening. Striking visibility has always been the life blood of the advertising industry.
Having approached Base structures about a similar scheme at the outset of the works, Dublin Airport came back to us in October 2008 with a proposal to close off the southern elevation of the building with two and a half thousand square metres of weatherproof fabric.
After receiving the brief Base set about designing, manufacturing and installing this completely bespoke and fully engineered solution in less then seven weeks, with the site install time barely exceeding two of these.
This speed of service, combined with the durability, weatherproofing and reliability of the installed scheme enabled the construction team to recover time on the €609m project and made a significant contribution towards completion on the May 2010 deadline.
Base Structures won the contract with ESS to design, manufacture and install the tensile fabric roof and wall panels to the Dining Hall pavilion (the largest of the three temporary structures on the site). All work had to be completed in time for the opening ceremony of the King Abdullah University of Science and Technology which is situated in Saudi Arabia. The project consisted of the Gable panels to the end elevations, Truss Infills and twelve 86 meter long ground-to-ground PVC Roof Panels, each of which incorporated 13 meters of transparent PVC to one end.
An important consideration in the design of this structure was the intense daytime heat which can sometimes exceed 70°C. To ensure the integrity of the keder edge (which joins the fabric panels to the steel supporting structure), EPDM rubber keder cord was used in place of the traditional PVC cord as it has a much higher melting point. All of the fabric was installed in a four week period by our installation teams working in the 40°C relative cool of the Arabian night.
The result of this was a 13 meter high picture wall which ran the complete length of one side of the entire structure, displaying the spectacular view across the harbour at sunset to the King’s guests.
Having completed the construction of the two iconic No. 8 Towers at Stratford’s East Village, Mace required removal of the temporary fabric cladding that had been used during the build to provide sheltered working areas.
Base Structures UK planned and executed a comprehensive and safe method of work for the dismantling of the PVC screens and associated fixing from these two soaring 113m and 127m high towers.
We provided a team of expert fabric technicians Rope Access personnel who specialise in working at height to set about removing the fabric panels.
Before the removal of the temporary screens, we had worked with the client at the design development stage of the fabric wrap under a pre-contract service.
The Highways Agency anti-corrosion programme for the Severn River Suspension Bridge requires the sealing of the cables with Hypalon fabric wrapping. Initially we supplied rope access labour to assist with the wrapping work but whilst on site we soon realised that the process could be much improved with the use of an inflatable welding blanket.
Using technologies developed through out core business of manufacturing Tensile Fabric Structures, we designed, manufactured and supplied a solution incorporating an air cushion that when pressurised, formed itself onto the surface of the main cable whatever the size or shape. This system successfully speeds up the de-humidification process and improves the quality of weld and has been widely adpopted within the bridge cable wrapping industry.
We completed the first phase of these works in 2007 but this is an ongoing project with further phases of work and many more bridges and cables to go!
Our brief was to install temporary wraps to the columns at the entrance of Tate Britain, as a special feature linking in with the David Batchelor artwork exhibition taking place at the time. The wraps acted not only as an advertisment for the exhibition but were a vibrant and imaginative use of the existing buildings architecture.
The project was more complicated than it looked as each natural stone column is unique and therefore each one had to be individually surveyed by our climbers before patterning the fabric to suit. We manufactured the wraps from fabric printed to the colours specified by the artist and installed them at night, once again using ropes access techniques. The Tate Britain Museum were extremely pleased with the result of the finished product and the high quality.