6m x 3m Deluxe Charcoal Pergola with Louvered Shutter Roof by Primrose Living

This Deluxe Pergola with Louvered Shutter Roof by Primrose Living is great for extending your outdoor space. With a stylish and contemporary design, the slatted canopy allows you to spend more time in the garden whatever the weather.

Manufactured from high quality aluminium, this structure will help you make the most of your garden or patio, or even a pool area if you're lucky enough to have one.

The adjustable hand-cranked louvered shutter roof is a practical way to let in as much or as little sun as you like. If it rains, you can close the slats and you're completely sheltered. Rainwater runs down the sides into the internal gutters and then down through the legs, so the water won't pool on the roof.

Whatever the weather, shelter in style under deluxe garden shade and cover.

Please Note: We recommend that you leave the louvres in the OPEN position when the pergola is not in use. The closed louvres act like an umbrella catching gusts, so it's safer to let the wind blow through rather than exert force on the structure.

Still not convinced? Come and see one of our models in person at Dorney Court Garden Center


We have installed a 3m x 4m Deluxe Charcoal Pergola (CAN0035) within the beautiful gardens of Dorney Court Garden Centre. The friendly and helpful staff will be able to show you the product and answer and queries face to face.

Installed including our Dropdown Side Shades (CAN0037 & CAN0038) you will get a full view of the range and add on options.

Set in the grounds of Dorney Court Estate, near Eton, visitors will find a unique and innovative garden destination offering a curated assortment of plants for all seasons, as well as inspired items for the home and garden.

Dorney Court address: Court Ln, Dorney, Windsor SL4 6QP Please Note: We recommend that you leave the louvres in the OPEN position when the pergola is not in use. The closed louvres act like an umbrella catching gusts, so it's safer to let the wind blow through rather than exert force on the structure.