Smart, a NASA-approved startup, is looking to revolutionize bicycle tires with the introduction of its Metl tire design.
The Metl bike tires are made using NASA's airless shape memory (SMA) tire technology, which was first created to be used for the space agency's Mars and lunar rovers. The space tech tires are made using a series of springs that are incredibly durable, respond to their terrain, and don't need to be inflated. When the tires come into contact with sharp points like rocks and other barriers that can be found on rough trails, they simply spring back into shape so that the rider can continue without losing control. This makes them great for off-road excursions that can often result in popped tires, and also helps to prevent excess rubber and waste from going into landfills.
Space Tech Bike Tires
Smart is Using NASA's Advanced Tech to Create Its Metl Bike Tires
Trend Themes
1. Space-tech Bike Tires - Advanced technology derived from NASA's airless shape memory tire technology enables the creation of highly durable and responsive bike tires for off-road use.
2. Sustainability in Biking - Innovation in bike tire technology can help reduce waste by creating more durable and longer-lasting products that don't require frequent replacement.
3. Bridging the Gap Between Space and Everyday Life - Utilizing NASA's space tech in everyday products opens up potential for expanding innovation and improving functionality in a variety of industries.
Industry Implications
1. Bike Industry - Incorporating advanced space tech into bike tire designs can help create more durable and responsive products for off-road biking enthusiasts.
2. Aerospace Industry - Expanding the use of space technology beyond exploration and into everyday products can create new lines of business and revenue for the aerospace industry.
3. Environmental Sustainability Industry - Innovations in bike tire technology that reduce waste and extend product lifecycles can benefit the environmental sustainability industry by promoting eco-friendly products.