Here's a catch for you all. If normal road cars can beat some supercars in a traffic light, drag race avoid crashes for you and driverless cars can even drive themselves why are we still using car wheels that are full of air. They can leave you stranded by the side of the motorway even after you pay hundreds of dollars for some new car wheels and they could be instantly rendered completely useless by a nail sunglass or even clipping a curb in the most awkward way possible.
We have been promised a road version of this sci-fi space tires that NASA are using but that was nearly ten years ago. So where are they and why can't I get some fitted to my Volkswagen. Now before we get into these fancy new squishy tires we should talk about what we have now and even their ties may seem like just boring black donuts of rubber. They're actually very well designed on average they'll last you around 30,000 miles. They are on a driven axle or not but that's pretty good and they produce less noise. They have very good suspension characteristics and mostly very comfortable. They are very predictable to drive and by that I mean when you get near the limit of grip they break into a slide gradually and this means that the average driver can feel this happening and correct it before things go very wrong. The overall grip of the car wheels is improving too especially in the top end of things. There has been a noticeable improvement in grip of the tires on race cars and this has trickled down into road cars. Further, of course a lot of other improvements but a significant proportion of that is from the advancement in type technology.
Don't forget the tire is the only bit that connects the car to the road surface. This improvement also comes from the tire manufacturers endlessly tweaking construction. The compound of the tire is the specific chemical mix of the rubber as well as the endless list of the additives things. In this the tread patterns are also tweaked too and these are really clever being able to pump out gallons of water every second. When in wet conditions but also providing loads of grip in the dry too but here's the issue you go to the tire shop and you get four new tires you could get a mile down the road and something as simple as a pothole or a nail could render the whole tire useless as well as leaving you stranded by the side of the road but that's actually far from the worst case what happens when the tire let's go at high speed.
Well the crashes can be awful a tire blowout could remedy completely out of control and it happens more than you might think. Transport Safety Board save that over 30,000 incidents happen every year directly. One hole in the rubber means that the whole thing has to be scrapped mission say that this is as much as 20% of war tires sold 20% that's 200 million tires wasted every year which if you stack the tires side on would be a tower 21,000 miles high. So in steps missioning with these fancy airless tires and they are mad look at how the weird spoke things compress and rebound its fascinating to watch.
Well no air no punches you can drive over nails, potholes, etc. They are just fine so that's it problem solved right? Well, unfortunately there is a lot more to it than that this is called the Michelin updates. Its attire made from resin infused fiberglass and rubber to make these calls folks and they sit between the wheel and the tread and it's this bit that is the hardest to get right the spokes job is actually much more complex than you think because they have to have a suspension effect providing good site aside rigidity as well as not producing more rolling resistance than normal air tires. It turns out that this is actually really tough because when the car is moving the tire is compressed at the point where it contacts with the road but then decompresses as the tire rolls and loses contact with the ground with a material like rubber. Some energy is wasted as heat as a tidy forms. During this process of loading and unloading and when you're on the motorway cruising at 70, the rubber goes through this process at 1000 times a minute. Hence it makes sense that the energy wasted quickly. The way of reducing this energy loss is by minimizing the amount of rubber used in the tire and replacing this space with air which is not suffer the same energy loss as a result an air filled tire is highly efficient and also very light weight due to the unsprung mass of the car.
Airless tyres are taking so long to hit the market mission and have been working on them for 10 years already. At the end we conclude that they won't be available until 2024 at the earliest which is a real shame but for when they do get it right this design does introduce some really cool benefits to look forward to. For example all of Michelin's prototypes have come with the tire and wheel in one unit and yes this could frustrate those of you that like nice looking alloys me included but what it does mean is that you could fit them at home rather than taking the car to the tire shop and having the old tires taken off, reached fitted to the original rim. It would also mean that Michelin could rework used tires so imagine you do your 30 or 40,000 miles on a set of tires. They could then take these and retread them pretty easily and cooler but we'll see how quickly that happens this new tire also requires much less steel than current car wheels.
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