Relax in Comfort and Style
Transform an unused corner of your garden into a tranquil and cosy space with the Forest Venetian Corner Arbour. Designed for both relaxation and social gatherings, this stylish arbour comfortably seats up to four people, providing a charming spot to both relax and enjoy company.
Pressure Treated Slatted Design
The slatted design of the corner arbour's Venetian style roof features a slatted design, allowing light to pour in while keeping rain at bay.
This arbour is manufactured using pressure treated, slow grown timber, giving it a 15 year guarantee against rot and fungal decay. With no need for re-treatment, there is no worry about your arbour in the winter months, saving you time and money.
In the sunnier months, the arbour's back and sides give privacy and shade, constructed from sturdy 12mm tongue & groove panels. It is a fantastic space to sit back and enjoy your garden from.
Corner Arbour with Seats
The design of this corner arbour with seat means it can easily be tucked into an unused corner without taking up too much room. Comfortably seating four people, it is the perfect addition to any summer evening, providing the perfect excuse to invite your family and friends over for a BBQ.
Self-assembly should be straight forward, with all fixings and instructions included.
Explore our full range of garden arbours to find the perfect fit for your garden.
Reasons to buy this corner arbour roof from B&M:
- Corner arbour with an impressive 15 year anti-rot guarantee with no need to re-treat
- Manufactured using only pressure treated, smooth-planed timber for a superior build
- Fits perfectly in any garden corner, creating the perfect space to entertain
- The sloped back of the bench ensures that extra bit of comfort
- Seating up to 4 people, the arbour is perfect for entertaining
- Slatted roof allows air and light in, while keeping less pleasant weather at bay
- Featuring two half-open panels and a solid back
- PEFC certified timber from sustainable sources
- Delivered flat packed for easy self-assembly