The Lightweight Bluetooth Bike Protects Riders from Unseen Dangers
Alyson Wyers — May 2, 2014 — Autos
References: vanhawks & fastcoexist
This Bluetooth-connected bike alerts you when you are about to get hit by a car. The smart carbon fiber bicycle is part of a Kickstarter project by Canadian startup Vanhawks. The Valour measures cycling stats and protects you from automobiles hiding in your blind spot.
The black two wheeled vehicle is equipped with sonar sensors which will make the handlebars buzz if the rider is in danger of getting hit. Despite its lightweight design, however, many seasoned cyclists continue to have concerns over the durability of the carbon fiber bike. With the Valour's safety features in place, this is likely less of a sore point.
The data collected by the Bluetooth bike can also be assessed through the Vanhawks app available on Android, iOS and Pebble smartwatch.
The black two wheeled vehicle is equipped with sonar sensors which will make the handlebars buzz if the rider is in danger of getting hit. Despite its lightweight design, however, many seasoned cyclists continue to have concerns over the durability of the carbon fiber bike. With the Valour's safety features in place, this is likely less of a sore point.
The data collected by the Bluetooth bike can also be assessed through the Vanhawks app available on Android, iOS and Pebble smartwatch.
Trend Themes
1. Connected Bicycles - Opportunity for other cycling technology to integrate with mobile devices and improve rider safety and experience.
2. Smart Carbon Fiber - Innovation in carbon fiber technology can lead to stronger, more durable and lightweight end-products with IoT capabilities.
3. Sonar Sensors - Developing advanced sensing technologies can expand to other sectors such as automotive and marine industries.
Industry Implications
1. Cycling - New technologies can be introduced to cycling equipment, gear, infrastructure and services to enhance the cycling experience and safety.
2. Iot - Opportunities to incorporate IoT sensors and connectivity in a range of sectors, including transportation, manufacturing and healthcare.
3. Advanced Sensing - Potential in developing advanced sensing technologies and devices that can improve safety, efficiency and productivity across industries such as automotive, aerospace and defense.
6.9
Score
Popularity
Activity
Freshness
