Chain Reaction: Mastering Kinetic Architecture with Aluminum Links

Here's a question: what part of a building stands firm and unmovable? While walls, floors, and structural supports may spring to mind, in today's world, even architecture is getting in on the action. Movable walls, sliding doors, and retractable roofs were the early ambassadors of kinetic design, allowing structures to become more flexible without losing strength. What started in ancient civilizations has now evolved into a futuristic dance between practicality and nature. Buildings aren't just set in stone anymore—they're evolving, responding, and adapting. 

Chain Reaction: Mastering Kinetic Architecture with Aluminum  Links
© Ángel Segura © Ángel Segura

Here's a question: what part of a building stands firm and unmovable? While walls, floors, and structural supports may spring to mind, in today's world, even architecture is getting in on the action. Movable walls, sliding doors, and retractable roofs were the early ambassadors of kinetic design, allowing structures to become more flexible without losing strength. What started in ancient civilizations has now evolved into a futuristic dance between practicality and nature. Buildings aren't just set in stone anymore—they're evolving, responding, and adapting. 

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