RÖDER HTS HÖCKER provides a full spectrum custom structure design service for clients with specific structure design requirements. From initial concepts, through to working drawings, production, shipping and, if required, complete installation, the RÖDER HTS HÖCKER special projects division will translate your custom design ideas into reality.
Our experienced in-house technical design and engineering department is able to draw upon a wealth of invaluable expert knowledge gained over the years in the design of bespoke clear-span marquees projects. This experience, together with the utilisation of the very latest in 3D CAD modelling technology and automated precision CNC manufacturing processes, has enabled RÖDER HTS HÖCKER to excel and become the leading force in this specialised field.
We believe the custom design process to be a team effort maintaining close relationships with our clients in order to understand all aspects of the project needs, including site limitations, desires and styles. We have worked with numerous private, corporate and government department clients on a global basis in creating and delivering some of the most innovative demountable structures.
When designing custom structures, our primary aim is to utilise the maximum amount of components which are used within our pre-existing range of standard structure systems. This benefits both the customer and supplier as it allows the project to proceed to the manufacturing stage much earlier than if components are manufactured individually. In addition, by utilising stock components in the design, overall project costs can be kept to a minimum enabling bespoke marquees to much more affordable.
Whatever the brief, engaging RÖDER HTS HÖCKER as your lead project contractor will ensure your project is delivered on time and on budget. As leading experts in this specialist field we are able to fulfil clients’ exact needs from a standard mono-pitch lean-to construction to a multi-level, fully insulated demountable hospitality and entertainment centre through to structures built to withstand extreme wind and snow loads.