Cyclists are some of the most vulnerable road users, often at risk of being hit by cars. A new invention called a contact-activated laser lane is being designed to help keep cyclists safe by creating a visual cue for drivers.
I have seen that the idea of a new system to protect cyclists when riding on the roads has been published. It is about illuminating a laser beam on the ground on both sides of the cyclist so that it can be well seen by drivers.
The idea came from a young student at Brunel University (London), who is a bicycle user and knows first-hand the risks he runs when he uses his bicycle.
The laser rail is a small device that is attached to the handlebars of a bicycle. It projects a laser beam onto the road in front of the cyclist and to both sides, creating a lane on the ground that drivers can easily see. The laser rail is activated by a touch sensor on the handlebars, so the cyclist can turn it on and off as needed.
The laser rail is a simple but effective way to improve the visibility of cyclists on the road. It can help drivers see cyclists sooner, and it can also help drivers judge the distance between their car and a cyclist. This can help prevent collisions and keep cyclists safe.
The laser lane is still in the development stage, but it has the potential to be a valuable safety tool for cyclists. It is a relatively inexpensive device and easy to install. And it's also a non-intrusive device, so it doesn't interfere with the cyclist's ability to ride.
System Benefits:
Enhanced Visibility – The laser lane creates a visual cue for drivers, making it easier for them to see cyclists.
Increased Safety: Laser lane can help prevent collisions by giving drivers more time to react to cyclists.
EASY TO USE: The laser rail is easy to install and use, and does not interfere with the cyclist's ability to ride.
Inexpensive – The laser rail is a relatively inexpensive device, making it accessible to a wide range of cyclists.
Overall, contact-activated laser lane is a promising new technology that has the potential to make cycling safer. It is a simple and effective way to improve the visibility of cyclists on the road and could help prevent collisions. However, there are some drawbacks to the laser lane, such as its limited range and potential for distraction.
As technology continues to evolve, we can expect laser rail to become more effective and affordable. In the future, the laser lane could become a standard safety feature for bicycles.
Hopefully it will be on the market soon.
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