Our standardised solutions offer a more cost-effective and energy-efficient solution compared to traditional building methods.
Designed for flexibility and rapid installation, they are ideal for a wide range of applications, from sports facilities to industrial spaces.
Each structure is engineered to reduce energy costs through features like translucent roof fabrics, which maximise natural daylight. For use during darker hours, optional low-energy LED lighting can be integrated.
Openable sides also support natural ventilation, promoting comfort while reducing reliance on mechanical systems.
With minimal ongoing maintenance requirements and a lifespan exceeding 30 years, our structures are built to last.
See the benefits in action by watching our video case study from the award-winning Ellesmere College Tennis Centre project.
Rocklyn uses the well respected Veldeman system for standard fabric structures. This system has been successfully used in hundreds of sporting and non sporting settings across Europe.
Engineered for strength and longevity, covered structures use high-performance materials designed to withstand harsh environmental conditions, while requiring minimal ongoing maintenance.
Covered structures can be delivered and installed significantly faster than traditional buildings - reducing programme time and accelerating operational readiness across all sectors.
With reduced construction times, lighter foundations, and fewer material requirements, covered structures offer a cost-efficient alternative to permanent buildings—without compromising performance.
Covered structures can be relocated, extended, or reconfigured - providing flexible, scalable solutions ideal for temporary or evolving site needs across education, military, or logistics settings.
Each structure is tailored to meet specific project needs, from clear-span interiors for sports and aviation, to specialised access, climate control, and load requirements for industrial and defence use.
Designed to perform in all climates, covered structures maintain structural integrity and usability in wind, rain, snow, and high temperatures - ensuring reliable year-round operation.