According to Chris Bangle, Chief of Design for BMW Group, GINA stands for "Geometry and Functions in 'N' Adaptations". This freedom of creation is given to the BMW GINA by elastic, waterproof, and very durable textile fabric "skin" pulled taunt around metal and carbon fibre frame.
The shape of the cars can be changed in a minute by "pressing one button", which controls GINA's electro-hydraulic shaping system, so the headlights can "turn on" like blinking eye, or the hood can be open like surgeon opens patients body.
Delightful, beautiful and mystical... just watch the video.
What's Driving This Trend
- Elastic Fabric Skins
- Producing elastic, durable and waterproof fabric for covering different surfaces and devices.
- Electro-hydraulic Shaping Systems
- Developing shaping systems that control various surfaces of devices with the press of a button.
- Adaptive Geometries and Functions
- Creating products with the ability to change shape and perform different functions according to user needs.
Who This Affects Most
- Textile Industry
- Developing elastic, waterproof and durable fabric that can be utilized in various sectors for multiple applications.
- Automotive Industry
- Integrating electro-hydraulic systems into automobiles to control car structures and features such as headlights and opening the hood and doors.
- Product Design
- Exploring the potential of adaptive geometries and functions to create innovative and customizable products for consumers.
