@@saebinfocus does that mean they use 2 motors to drive a tank? How does that work? The gas/diesel engine to 1 shaft and an electric motor to the other?
thanks for this informative video.I would apperciate if you could tell me the gear ratio and also how many rpms should the steering motor and driven motor has while turning
The diagram at 0.22 I find best explains it, but I mean, for the steering input, does it have to be a higher RPM to steer it, or can just a person turning a wheel turn it?
we have to realize we need cvt alike apparel in order to steer. in this case, hydraulic transmission. maybe would be easier to just use to hydraulic motors and no gears. well, three because you neead an hydraulic turbine also. or, as in this case as input is electric, just two electric motors with no alternator/electric turbine.
Usually used as part of a hydrostatic transmission. The main drive is basically like an automatic car transmission and the lesser 'steering' drive comes from a hydraulic motor.
Skidsteers use wheels in pretty much the same fashion that a tracked vehicle would, but the wheels on a skidsteer are driven by hydraulic motors, 1 per side, at least on the older ones, so there's no need for a poly-diff system on them, especially considering that skidsteers don't even use transmissions. The engine powers a hydraulic pump, which is piped out directly to the hydraulic manifold(s.) I've been informed that newer skidsteers have a motor for every wheel, though. Steering methods like the one in the video are used in wheeled vehicles all the time though, like in those amphibious Gator UTVs that have 6 wheels on them.
Very good differential transmission principle, if this study will be used in practice, it will be great. If I have time, I will refer to your plan and make a mini RC tank model. Video HD details will be better. I wish you a happy life, friends!
3 differential + gearbox must be the inneficientiest thing ever. maybe would be better to use an alternator + 2 electric motors and no gears. maybe even hydraulic transmission would do better.
Я несколько по иному решил эту задачу, можешь посмотреть.th-cam.com/video/Neb3JK6zkfQ/w-d-xo.html Всё началось с игрушки, правда далеко не все понимают как она работает.
Clever enough, but I don't see it being really practical for anything. I mean, so you can make RC cars that use differential steering? Can't you just use motors at each wheel and do the same? Besides, half the fun is a car that drives like the real thing. And I certainly don't see this catching on for use in normal automobiles anytime soon!
Best explanation ever, now i understand hos it works
Panther tanks have such steering system. Gives great mobility and minimizes heat build-up.
@@saebinfocus does that mean they use 2 motors to drive a tank? How does that work? The gas/diesel engine to 1 shaft and an electric motor to the other?
@@saebinfocus oh ok, makes sense
That is a huge motor for such a small model lol. I love it
Cool scheme, I'm thinking about it too. I'm going to build a crawler mini loader based on this drive
do you have the opportunity to make a video of the experimental model in good quality?
Once I become a mechanic and learning about vehicles. I'll build my own tank
Looks great. I guess the tires are not as durable as traditional style
thanks for this informative video.I would apperciate if you could tell me the gear ratio and also how many rpms should the steering motor and driven motor has while turning
Do u need a second engine to steer
Thank you I was confused but if there is any more info let me know
The diagram at 0.22 I find best explains it, but I mean, for the steering input, does it have to be a higher RPM to steer it, or can just a person turning a wheel turn it?
Does it have to be a FWD vehicle or can it be RWD but still steer the front? And will it ruin the tires by dragging them?
@@saebinfocus ok thanks
Süper sisytem
we have to realize we need cvt alike apparel in order to steer.
in this case, hydraulic transmission.
maybe would be easier to just use to hydraulic motors and no gears.
well, three because you neead an hydraulic turbine also.
or, as in this case as input is electric, just two electric motors with no alternator/electric turbine.
Sorry to ask but what kind of Moto engine did you use
But bow does it work with 1 engine??
the drives to the engine go through the differential, it stops one of the drives, after which the transmission goes through the satellites
on 3:38 last image
Usually used as part of a hydrostatic transmission. The main drive is basically like an automatic car transmission and the lesser 'steering' drive comes from a hydraulic motor.
This principle of turning is just for trucked vehicles, but does it used in wheeled vehicles before as normal prototype vehicle?
Skidsteers use wheels in pretty much the same fashion that a tracked vehicle would, but the wheels on a skidsteer are driven by hydraulic motors, 1 per side, at least on the older ones, so there's no need for a poly-diff system on them, especially considering that skidsteers don't even use transmissions. The engine powers a hydraulic pump, which is piped out directly to the hydraulic manifold(s.) I've been informed that newer skidsteers have a motor for every wheel, though.
Steering methods like the one in the video are used in wheeled vehicles all the time though, like in those amphibious Gator UTVs that have 6 wheels on them.
i wonder if you could do this with a hydraulics?
it all comes down to time and money, thanks for the answer- have a nice day, hope to see your completed project
This is a great project, whether there is construction？
Very good differential transmission principle, if this study will be used in practice, it will be great. If I have time, I will refer to your plan and make a mini RC tank model. Video HD details will be better. I wish you a happy life, friends!
What th powers the top one
Looks government-funded with all those expensive gears.
John Wyman механизм для снегоходов
3 differential + gearbox must be the inneficientiest thing ever.
maybe would be better to use an alternator + 2 electric motors and no gears.
maybe even hydraulic transmission would do better.
Я несколько по иному решил эту задачу, можешь посмотреть.th-cam.com/video/Neb3JK6zkfQ/w-d-xo.html Всё началось с игрушки, правда далеко не все понимают как она работает.
Clever enough, but I don't see it being really practical for anything. I mean, so you can make RC cars that use differential steering? Can't you just use motors at each wheel and do the same? Besides, half the fun is a car that drives like the real thing. And I certainly don't see this catching on for use in normal automobiles anytime soon!
for an rc car/tank, you can use a small-ish servo for steering, and an ICE for power.
Unwatchable