The Ashcraft Design hard drive exoskeletons are engineered to help tech devices naturally cool down in case they overheat, and the structures are made using reclaimed rubber from tires. The exoskeleton is constructed using an intricate weaved webbing that allows air to circulate to the device to help it maintain a steady temperature without the need of energy consuming fans.
The exoskeleton is constructed out of repurposed rubber tires that have been reclaimed and transformed into a new resource. The casing features a webbing aesthetic that allows for breathability to the device, while simultaneously providing an added layer of protection. The rubber is extremely tactile, making it easy to grip and stabilize on a flat surface.
Key Themes Behind This Trend
- Sustainable Tech Accessories
- Opportunity to create more tech accessories using reclaimed and repurposed materials for sustainability.
- Natural Cooling Solutions
- Potential for developing innovative cooling solutions for tech devices that rely on natural airflow rather than energy-consuming fans.
- Tactile Design in Tech
- Trend towards incorporating materials with enhanced tactile qualities into tech device designs for improved grip and stability.
Where This Applies
- Consumer Electronics
- Consumer electronics industry can explore the use of sustainable materials and natural cooling solutions in their product designs.
- Recycling and Waste Management
- Recycling and waste management industry can explore opportunities to reclaim and transform rubber materials for use in various applications.
- Industrial Design
- Industrial design professionals can focus on creating tech accessories with enhanced tactile features to improve user experience and device stability.
