Cyclo Buggy™

The ‘Buggy’ is our popular outdoor pram shelter and provides a space-efficient solution to the buggy storage problem – being a modular system we can accommodate any size or incorporate cycle storage or covered waiting areas within the same unit of this buggy shelter.

Curved roof design
Solid steel framework
Unbreakable roofing/sides
Finished in Dura-coat™ finish

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Specification

MATERIALS
Structure – All steel
Roofing – Polycarbonate
Finish – Galvanised only or Dura-coat™ colour finish

DIMENSIONS
Virtually any available, standard width is 2500mm Standard lengths are at 1040mm increments. In all instances please enquire – we can accommodate nearly any situation.

OPTIONS
– Clear or Opal roof
– Virtually any length, width or height
– Side panels/Gates – various infill options
– Bolt down or root fix options
– Keyed or coded gate locking

SPECIFICATION CLAUSE
To supply and install to manufacturer’s recommendations: Cyclo Buggy™ store to overall size —- mm X —- mm (or as per plan no——-) to include for clear/opal roof, all in Dura-coat™ finish to RAL—— as manufactured by A&S Landscape, March Way, Battlefield Enterprise Park, Shrewsbury, SY1 3JE T:01743 444100 E:[email protected]

Appearance

Steelwork is finished in galvanised only or Dura-coat™ colour finish to any RAL colour. Polycarbonate roof covering and sides are either clear or opal as standard or coloured at an extra cost.

Services

A&S Landscape recommends early consultation to consider all aspects of the proposed installation, we provide free quotations and technical information at the design stage with drawing files of all details which can be easily incorporated into architects’ drawings. Full site surveys, CAD drawings and project management are all part of our standard service. Early technical involvement can often improve design, aesthetics and cost.

BESPOKE PRODUCTS
Our ability to extensively customise our buggy shelters uk range ensures that we can meet any special requirements that you may have. Our flexible modular system often allows this to be done very economically whilst retaining the performance characteristics of our system.