Key Features of Bat Wing Mechanics & Their Inspiration for Elastic Fabric

1. Twisting: From wing root to wing tip, enabling precise control and dynamic shape adjustments.
2. Cambering: Along the chordwise direction, optimizing airflow and enhancing lift.
3. Bending: Spanwise flexibility for adaptability and efficient movement.
4. Wing Area Adjustment: Stretching and retracting wingspan to control flight dynamics.

Flight Capabilities

• Complex Aerial Maneuvers: High agility, perfect for mimicking adaptable, responsive behavior.
• Quick Altitude Drops: Rapid changes to environment, reflected in fabric’s responsive reaction.
• Directional Changes: Seamless transformation in fabric shapes for smooth environmental navigation.

These characteristics mirror the behavior of elastic fabric, inspiring a responsive material capable of adapting to wind and airflow changes.

HI Eneryone, today we are going to introduce our project wing wind

Inspired by Nature:

Bats’ wings are thin, nerve-embedded membranes that sense air currents and adapt their shape dynamically for efficient flight.

Our Concept:

• Mimicking this mechanism, we propose a responsive fabric installation.
• The fabric reacts to wind and airflow data, reshaping dynamically in real time.
• This creates a living, ever-changing form, emulating the adaptability of bat wings.

Vision:

Exploring the