Red Dot Design Concept
References: red-dot.sg
Do you ever get frustrated when switching between computer mice? Each one has its own texture, yet none quite fit right. Time to solve that problem! There is now a moldable mouse that you can sculpt to create the ideal shape for your clicking needs.
The mouse concept comes from Lite-on who realized the power of customization for a gadget used by millions each day. It's made of modeling clay and flexible polyurethane and is covered by nylon for a soft touch. It has a touch-sensitive scroll pan, so it doesn't matter what shape you choose, and is controlled by radio-frequency.
It won an award for Red Dot design concepts.
Image from Gadgettastic
The mouse concept comes from Lite-on who realized the power of customization for a gadget used by millions each day. It's made of modeling clay and flexible polyurethane and is covered by nylon for a soft touch. It has a touch-sensitive scroll pan, so it doesn't matter what shape you choose, and is controlled by radio-frequency.
It won an award for Red Dot design concepts.
Image from Gadgettastic
Trend Themes
1. Customizable Gadgets - The trend of customizable gadgets allows users to tailor their devices to meet their specific needs, providing an opportunity for disruptive innovation in the electronics industry.
2. Flexible Materials - The use of flexible materials like modeling clay and polyurethane in the moldable mouse demonstrates a trend towards adaptable and malleable products, presenting an opportunity for disruptive innovation in materials engineering.
3. Touch-sensitive Interfaces - The inclusion of a touch-sensitive scroll pad in the moldable mouse highlights the trend of touch-sensitive interfaces, creating opportunities for disruptive innovation in user interaction and interface design.
Industry Implications
1. Electronics - The introduction of moldable gadgets creates opportunities for disruptive innovation in the electronics industry, allowing for more personalized and adaptable devices.
2. Materials Engineering - The use of flexible materials like modeling clay and polyurethane in the moldable mouse opens up opportunities for disruptive innovation in materials engineering, enabling the development of new flexible and customizable products.
3. User Interface Design - The incorporation of touch-sensitive interfaces in the moldable mouse presents opportunities for disruptive innovation in user interface design, offering new ways for users to interact with their devices.
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