As speed increases there is a correlation with the advantages of IS. Nothing new. What you don't understand is that even at 60mph, the physics advantages don't outweigh the non-physics disadvtantages in all applications.
You're wrong and you pulled that number out of nowhere. If you knew about unsprung weight and the actual problems of having the two wheels connected, you would know that the IS very quickly have an advantage. If you don't turn or correct the vehicle, the advantage happens later.
I If you think solid axles are a dead end, that the work is done, you're not very creative. LR was creative once.
Again: How do you solve the problem of the wheels being connected and the loads of unsprung weight as a result?
No you didn't. You know we can go back and see, right? We know about the Wrangler, so that is one. Show us some "overlander" vehicles with solid axles at the front. Rock crawlers don't count.
Correct, yet they're not used, for good reason, and should be on the Defender either.
Yes, and that "good reason" for a dump truck is that it's cheaper to have solid axles. And it's a commercial vehicle, so safety or handling is not a priority in any way.
The Defender IS a copy of the Wrangler if you are versed on the history. Hmm I wonder why the look nearly identical..
Yes, originally from the series 1. However, they kept the solid axles, it didn't sell, and it didn't handle on anything over crawling speeds. Once again, you're trying to pretend that what they did in 1948 was perfect, and they should go back to that. Screw engineering, modern materials, and the advance of knowledge.
I have no interest in rock crawling.
Yet your arguments are all derived from the notion of "what they use for rock crawling will be perfect in any and all situtations".
I have an interest in affordable, simple, capable, contemporary technology. If I'm "tied up" in anything, it's dishonest appropriation.
Yes, you're right. You're being dishonest.
Apart from that, you're not interested in any of that. You want them to make a "modern" Jeep Wrangler with technology, knowledge, and advancements no further forward than 1948.
How do you solve the engineering problem of unsprung weight due to the wheels being connected?
The engineers at Land Rover (as does any engineer) know: You detach them from each other.
Those (IS, non-Air) soft-roader SUVs already exist. LR isn't offering any unique value there.
Yes, they do. He was talking about how they were only worth something if linked. My point was that unless you're rock crawling, linking them isn't necessary.
You either
1. Live with it, because it's not a big deal in all types of vehicles.
That's not an answer. I was talking how you ENGINEER yourself out having the two wheels connected and the huge amount of unsprung weight as a result (plus the fact that if one jolts, the other reacts too).
2. You refine a better solution. You cannot decouple the wheels, that compromise will always exist with a solid axle, but you can reduce unsprung weight with material science and engineering, just as LR began to in the P38.
Nope. That's still not solving the problem of them being connected (one side hit something, and the other is affected too), and it's not solving the problem of the massive amounts of unsprung weight.
You can't solve any of that without decoupling them. It doesn't matter how much modern tech you throw at it - at best it can alleviate some of the problems, but it can't solve them.
This is the 2nd time I've re-quoted myself for you.. -->
Off the top of my head.. Every coil sprung LR, pre-barbie G-wagen, FJ80, most 70 series, Wrangler, all HD trucks.
So actual, Heavy Duty trucks, old cars, and the Wrangler. I'm amazed you didn't mention the old Defender or Series LR.
Still waiting for a list of reasonable recent cars that uses a solid front and when you say "most 70 series", you must mean the very old ones of the series. There's a reason the G-wagon and more recent 70 series doesn't have a solid axle. The handling was horrendous at anything above crawling speeds.
He presented one data point. You tell the board to imagine others and see where it gets you. His example wasn't even about IS. This is just too devolved at this point.
It doesn't matter that you continue to repeat the lie: An example, after having explained these things to you ad nauseam doesn't mean it's just "a single data point". And you now admit it wasn't about IS, yet you used that example as the "single data point" about IS previously.