Kendall Cars Ltd
We were commissioned by Kendall Cars to supply and install an Ascot Cantilever canopy to provide shelter for customers when collecting their hire vehicles.
The canopy has an overall width of 4.5m (1.1m behind the post to over sail the office, 3.4m in front to cover the vehicles) and a length of 9.3m. This is one of our more unusual installations as the height of cover (4.65m on the front edge) had to be such that it could accomodate box vans underneath for customer pick up.
Clad with waterproof PVC fabric and having a galvanised framework, the canopy will be much appreciated by Kendall Cars’ customers during handover and will still be providing shelter from the elements many years from now.
- Shape: Curved Lean-To
- Support: Free Standing
- Hoop Style: Single Box
- Cladding Type: Fabric
- Location: London
Frequently Asked Questions
- Will our concerns over children and staff safety be addressed prior to installation?
We have been working within schools for many years. All contractors are Clovis approved and CRB checked. Full risk assessments are carried out prior to starting installation taking into consideration your requirements and safety fencing is erected wherever needed at no additional charge.
- Can we view existing canopies, so that we know what we are buying?
If you are considering purchasing a canopy from any company, it is in fact strongly recommended that you visit an existing installation to see exactly what you are paying for. At Clovis Canopies we are proud of our work and are happy to arrange (with the clients consent) for you to view examples of our work and structures.
- How are the fabric sheets attached to the framework?
Fabric sheets are securely attached all round using an aluminium cladding rail system, which has been tried, tested and proven for over 30 years.
- Do you fix your canopies directly onto tarmac?
No, all canopies are fixed on to concrete pads or bases as the structures can lift out from the ground if not fixed into a suitable concrete base due to the uplift created by wind acting on the roof area.
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