More MC oriented, in a centaur-like way:edit: (non MC, but very cool if you like this kind of stuff)
Hadn't thought about that but you're right. Would be a safe ice fishing machine. If you break through, I'll bet it would climb right out! I think I want to build a set for a Quad for out at the lake!Very cool; assuming those pontoons are hollow, it would probably be able to be used on the water as well.
That thing, while cool, will not work at all in powder snow, or, water. It's to heavy for the amount of traction available.That is one of the coolest things I've seen. Imagine modernizing that propulsion system to be used in ice rescue. Somethng like an Argo but with that screw drive instead of wheels. It can drive on land, ice and water. Probably scoot pretty good in the water.
I don't see the logic here. I believe Steve is saying that in light 'powder' snow, the snow would not generate enough resistance to the screw to propel the machine . On bare ground the resistance to the screw would be much higher. Now had you said "It works in air..." it would be logical... although incorrect. I don't entirely agree with Steve but I guess we'll never know.It works on bare ground, so powder would be no problem.
Here I agree with you with an emphatic "absolutely!" Actually it would probably work better if it were heavier to submerse a greater proportion of the screws. I'm not saying it would be fast by any means but it would definitely get you moving.If the pontoons are hollow, argueably, it might work on water.
Yep, except that doesn't take account of the weight of the vehicle compacting it enough that it almost certainly would get purchase. Even in the deepest and lightest powder, the snow compacts under a ski to provide a platform that it turns off of, and waxless nordic skis work in the lightest and coldest of fluff, too. If it didn't compact, then like ball bearings (and there is a metamorphosed type of snow that occurs at depth in dry climates that IS like a layer of ball bearings), you'd both be right and it wouldn't be able to propel itself.I don't see the logic here. I believe Steve is saying that in light 'powder' snow, the snow would not generate enough resistance to the screw to propel the machine . On bare ground the resistance to the screw would be much higher. Now had you said "It works in air..." it would be logical... although incorrect. I don't entirely agree with Steve but I guess we'll never know.It works on bare ground, so powder would be no problem.
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