The Defining Characteristics of Cantilever StaircasesThese stairs are anchored on one side only, leaving the other end unsupported. With no central support or base framework, the result is a design that opens up the space. This type of staircase is increasingly used in homes and commercial interiors that benefit from reduced visual bulk.Structural
The Practical and Visual Benefits of Custom-Fitted Cantilever Stairs
Why They're Different from Traditional StairsThese stairs are anchored on one side only, leaving the other end unsupported. With no central support or base framework, the result is a seamless, airy feel. This type of staircase has become common in homes and commercial interiors that benefit from reduced visual bulk.What Holds Cantilever Staircases
Cantilever Staircases for Unique Layouts
What Makes Cantilever Staircases Different?Cantilever staircases feature treads that appear unsupported. The design leaves the underside clear, which helps create a minimal look that doesn’t interrupt the space. This structure aligns with interiors where clean lines and unobstructed views are preferred.Structural ConsiderationsEach tread is fixed
An Overview of Cantilever Staircases: How Made-to-Measure Designs Are Ideal for Different Spaces
What Makes Cantilever Staircases Stand OutCantilever staircases are becoming a highlight in contemporary architecture. Defined by their floating look, the steps look like they float without any underside structure. This approach delivers a clean, open feel fitting for streamlined spaces.What Are Cantilever Stairs?Unlike conventional staircases, the
An Overview of Cantilever Staircases: How Custom-Made Designs Work Best for Different Spaces
Why People Choose Cantilever StaircasesCantilever staircases are becoming a focal point in contemporary architecture. Recognised for their suspended look, the steps look like they float without visible support. This approach creates a clean, open feel fitting for modern spaces.What Are Cantilever Stairs?Unlike standard staircases, this type of stai