
Why not wheels and suspension?



FIA/F1 Rules

10.1,10.2,10.3,1.14,1.5,12.3,12.4

Chris, that was so easy, just go to home page and click regulations. You owe me big time

Simple solution, inboard brakes, reduce some of the cars unsprung weight too. Or perhaps have the brakes outside the wheels, it would improve cooling alot.Here´s one more problem: the brake disc will hit the outher lip when moving up/down, so you´ll be forced to use smaller diameter discs...
The rules seem to change every day anyways, so why is this such a big deal? And about brakes... Hydraulic drive systems dont need them at all.tomislavp4 wrote:Yes but you´ll have 2 change banch of rules (talking about f1)
For some reason Carlos, I get this patronizing feeling every time I read one of your posts that are directed at me. Is there a problem? Or am I just reading into your sarcasm too much?Carlos wrote:Used that F1T Search. Simple as tying my shoes. If anyone can't tye their shoes I certainly do not mean to offer any conceivable offense.
http://www.hobbygrandprix.com/modeling/ ... nuals.html
Hydraulic systems don't obey that motion and opposite motion conservation of motion thing? Really? ... doesn't that sort of suggest 'braking' Chris? ... Well, at least in this universe? Looking forward to your conversions of the F1 scale designs into CAD files. I admire the time and effort your willing to contribute to F1T and look forward to the illustrations. It'll make all those advanced concepts easier for us to ... get.
I appreciate it. My life is not F1, nor is it F1 forum reading, so I thank you for agreeing that it is not my responsibility to read every available resource before asking questions.Carlos wrote:You've drawn a line on the floor. Neither of us will step across it. No more comments from either of us. We have a gentleman's agreement. I'll stand by this deal as long as you do.
1. Would be that legal? I mean, wire mesh tires? And 2. Can the mesh dampen the tire? Finally, (OOT) 3. Why aren't wire meshes used on Planet Earth? Would they make earthling tires lighter? (yes, yes, I know gravity and pressure are higher, I imagine the cost of this kind of tire, but...)The wheels on the rover were made of wire mesh (piano wire) with titanium cleats for treads. The engineers did not use solid or air-filled rubber tires because they would have been much heavier.
The purpose of a damper is to damp out linear or rotational motion by converting it to heat (either by viscous or sliding friction). While it would be neat to incorporate that into the tire, there would have to be something put in place to reject that excess heat. We already see tires overheat and blister in some races, so heat management seems to be a big issue for tires already, and I don't think they want to send any more heat into the tires than they have to.Ciro Pabón wrote:
What if you could integrate somehow the dampeners into the wheel? I mean, into the fibers of the tire? What about a mesh that has a lot of friction "into it"? Would it work? Could the wall of the tyre dampen the car? That would be a complete suspension, without any other gadgets (well, btw, I would love for Conceptual to post an image, I can’t see the one he posted in the first post, to judge the “gadgetiness” of his idea…).