At Constructions Kerala, we specialise in crafting floating staircases that defy gravity with their minimalist appearance while being rooted in precision engineering. These staircases create the illusion of levitating steps, bringing an element of architectural drama into structurally robust designs.
What Are Floating Staircases?
Floating staircases feature treads that appear unsupported or cantilevered from a wall or central spine. Despite their visual lightness, they rely on carefully engineered anchoring systems that ensure structural safety and load-bearing performance.
Engineering Principles Behind the Illusion
- Concealed steel brackets or tension rods within walls or stringers
- Post-tensioned support systems integrated into structural cores
- High-strength materials like reinforced concrete, steel, or engineered timber
- Precision fabrication to ensure even weight distribution and stability
Applications in Kerala’s Contemporary Architecture
Our Kerala real estate projects showcase floating staircases in luxury residences, boutique hotels, and modern office spaces. These installations are perfect for interiors aiming for open, airy aesthetics without visual clutter.
Design Flexibility & Material Options
We offer floating staircases in a variety of finishes — from sleek glass treads and polished concrete to warm timber and powder-coated steel. Our construction services ensure that every staircase is tailored to the project’s design vision while adhering to safety codes and structural standards.
Sustainability & Space Optimisation
Floating staircases contribute to efficient space utilisation by eliminating bulky structural supports and enhancing natural light flow. They align with modern sustainable design goals by combining material efficiency with timeless visual appeal.
Consult with Our Staircase Design & Structural Experts
Planning a floating staircase that combines elegance with engineered safety? Contact our Angamaly office to explore custom floating staircase solutions that bring architectural illusion to life with structural precision.