I see. So you two really didn't change your minds. You will. First time you will crash wearing an airbag.
@Izzyeviel
Thanks for being constructive and on topic. We can discuss this further next time. When a rider in van Aerts position decides it's worth the try. To push on and to try to win.
I’ve already posted that I would have liked an airbag when I got hit by the car but my first worry wasn’t a broken collarbone, it was brain damage followed by a broken spine or femur. And that having an airbag is a good idea with the way people drive in Las Vegas and that I have a baby now.
My opinion has stayed the same, airbags don’t work in their current state at the pro level but they can in the future. Let’s not forget that I’m the one who researched multiple airbags and explained how they operated and deployed while stating why they wouldn’t work in the pro scene. How there’s technologies in books and video games that could work like an airbag but we’re not technologically there yet to implement them. All you did was post a picture of the product and saying this will fix collarbone injuries. No research was performed by you, no explanations given on how it will work. Just stating everyone that questions the how’s is told they hate the idea and to forget about it for another time and to move on.
I forget who, but someone told you to back the product up monetarily, fix the issues that we had with the product, and/or produce the product because I think it was by 2027 you wanted every pro to have it. Well where is it? What have you come up with to discuss with us and we can see if it will be safe at the pro level?
How is the airbag going to not overheat the rider?
How is the airbag going to still allow rider mobility of their head, neck, and arms when not in use?
How is the airbag going to deploy safely in the pro peloton because it can’t be when the riders shoulders go past the handlebar or both hands leave the handlebars like the products I researched for you, otherwise they’d be going off all the time and cause more crashes.
How is it going to be deflated to provide emergency care if needed?
How is it going to stop the rider from skidding or bouncing further and potentially adding worse injury?
How is it going to protect the collarbone when the rider slams down into the ground at 40+ mph on their shoulder?
How is it going to stop the rider from partially or completely fracturing their cervical spine due to landing wrong on the airbag and their head and neck hit the ground the wrong way?
How is it going to protect the vital organs of the body if it’s focused on the shoulders? A cyclist passed away by a lacerated liver, the airbag you posted and I researched for you don’t protect the liver.
Will it be a one time use or redeployable?
How much will it cost?
How much will be able to be produced and the production timeframe?
And how is it going to protect the rider even more from experiencing a traumatic brain injury and cardiac arrest?