
Cantilever Shades

Our Specialized Services
No middle columns — wider parking space with complete sun protection, ideal for commercial and residential parking.
Cantilever and French shades provide an elegant, practical architectural solution that covers wide areas without middle columns obstructing vehicle and pedestrian movement. At Saqf Al-Zill, we offer cantilever shade installation in Jeddah and Mecca using massive steel frameworks supported by precisely calculated concrete foundations, ensuring complete stability against the strongest winds. These shades are widely used in commercial car parks, petrol stations, and entrances to hotels and palaces. Cantilever shade prices start from 80 to 300 SAR per square meter for large commercial parking areas, with arms extending up to 12 meters in one direction. With a 10‑year warranty on the structure and installation, we guarantee the optimum investment for your outdoor space. Call us today on 0500127668 to discuss your project.
Arms extend up to 12 meters without obstructions, providing unlimited movement space beneath the shade.
Made from heavy‑duty steel sections with epoxy coating resistant to rust and corrosion.
We design reinforced foundations based on soil reports to ensure complete stability even in sandy terrain.
Comprehensive warranty on the structure, coating, and fabrics with periodic maintenance.
We analyze soil reports and design concrete foundations matched to the shade size.
We provide certified execution plans and a detailed quotation.
We pour the foundations and install the steel framework within 10‑15 working days.
We deliver the project with a 10‑year warranty and ongoing technical support.
Cantilever shade prices start from 80 to 300 SAR per square meter for large commercial projects, varying by arm length and fabric type.
A single arm can reach up to 12 meters without internal columns, using reinforced steel sections.
The project takes 10 to 15 working days, mostly for pouring concrete foundations and waiting for them to cure before installing the structure.