These brilliant connecting toys are perfect for both aspiring young architects and industry professionals. These toys can be a fun game or an interactive learning tool for creating and designing new concepts and ideas.
Mike Acerra designed the connecting toys called Lux. The name stands for limitless universal construction. These construction toys are created using a square design concept but have the ability to create unusual polyhedral shapes.
The main idea is to have these play things be used by children, teachers, inventors, designers and scientists. The versatile building tools can be used to show molecular structure, particle behavior or create a brand new building concept. Each piece of Lux is connected through hinges, which allows for kinetic movement and flexibility throughout each design process. Lux can be a playful toy or an advanced learning tool.
Interactive Architectural Toys
'Lux' Connecting Toys are Used to Build and Create Design Concepts
Trend Themes
1. Interactive Building Toys - Lux and other interactive building toys offer opportunities for both play and advanced learning.
2. Kinetic Design Tools - The hinges in Lux and similar toys allow for kinetic movement and flexibility in design, offering unique possibilities for architects and engineers.
3. Creative Learning - Toys like Lux can be powerful tools for children, teachers, inventors, and designers to explore new concepts through play and exploration.
Industry Implications
1. Toy Manufacturing - Companies in the toy manufacturing industry can leverage the popularity of interactive building toys like Lux to create new products that promote both play and learning.
2. Architecture and Engineering Services - The architecture and engineering services industry can incorporate interactive building toys like Lux into their processes to encourage new, innovative design concepts.
3. Education and Training - The education and training industry can use interactive building toys like Lux as a playful and engaging way to teach complex concepts and inspire innovation.