This clever and curvaceous spinal staircase by Andrew McConnel is inspired by a whale's vertebrae. The magnificent piece draws deserving attention up its smooth and circular form right up to the next level.
It is formed through sub-sectional pieces that each make up a step, banister and part of the handrail. The pieces then connect and lock together, giving the spinal staircase its self-supporting nature. This brilliant design provides not only logistic relief, but also makes it much easier for DIY endeavors.
With majestic grace, the spinal staircase creates a feel that is reminiscent to an animal exhibit within the confines of one's own home. It deserves to be showcased with pride as it is sure to capture full attention and become the centrepiece of any room.
Sleek Spinal Staircases
The Andrew Mcconnel Vertabrae Staircase Mimics the Form of a Whale Spine
Trend Themes
1. Curvaceous Staircase Designs - Designing staircases that mimic natural forms, such as the shape of a whale's spine, presents opportunities for creating unique and visually stunning architectural features.
2. Self-supporting Structures - Developing modular pieces that connect and lock together to form self-supporting staircases offers innovative solutions for easy installation and DIY projects.
3. Animal-inspired Home Decor - Incorporating animal-inspired designs, like the vertebrae staircase, into home interiors can create a captivating and enchanting environment.
Industry Implications
1. Architecture and Design - Architects and designers can explore the use of curvaceous staircase designs to add a touch of elegance and awe-inspiring elements to their projects.
2. Furniture and Home Decor - Furniture manufacturers can incorporate self-supporting staircase structures into their product lines, providing customers with unique and customizable options for home interiors.
3. Construction and DIY - DIY enthusiasts and construction companies can leverage the modular design of self-supporting staircases to simplify installation processes and reduce construction time.