The “A”-Frame with its classic shape, free interior space and modular character make this a very popular structure for any occasion. This structure offers a diverse range of possibilities, from corporate and private parties or sporting hospitality and cultural events to industrial applications such as storage, commercial and working space to sports applications like the covering of swimming pools, tennis courts or sports fields. In short, flexibility at its best!

The “A” Frame is available in a range of widths starting from 5 metres. Roof options include standard or can be converted to incorporate attractive peaked roofs. Side walls can be equipped with different types of soft side walls, solid panels, glass windows and double doors.

Roof and Gable Fabrics

Roof and gable fabrics are made of high-quality PVC coated polyester fabric, available in translucent and blackout in different colours for bespoke orders. The fabric is flame-retardant, UV-stabilised and has been treated to make it weather-resistant. It also complies with the strictest European and international standards on fire safety and wind loads.

Side Walls

The “A”- Frame can be equipped with different types of soft side walls, solid panels, glass windows and doors.


It is a self-supporting anodised aluminium construction that rests on galvanised steel base-plates with ground beams. All parts are connected with pins for quick and easy installation. The stability is ensured using wind bracing. The structure complies with the EN13782 standard.


Roof and Gable Fabrics

  • Polyester HT 1100 Dtex PVC coated (Blackout option available, colours upon request)
  • Weight 650gm/m2 (800 gm/m2 for Blackout)
  • Tensile strength 300/330 daN/5cm
  • Tear Strength 30/30 daN
  • Adhesion 10 daN
  • Flame Retardant PVC BS 5438 , DIN 4102


Aluminium frames with steel fittings, braced with purlins and wind bracings, designed to comply with international building codes. The modular design of 5m span per bay allows structures of unlimited length. Maximum loading depends on type of structure, designed to withstand wind speeds up to 120km/hr.

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