Manual Diff lock switch ?????
#32
LOL tyler711. You are way too nice. Seems like too often I don't quite say what I intend to say! Glad I didn't say something about an F16 in my post. I would have been big time nailed for comparing an F16 to a quad. LOL
Have a great day[img]i/expressions/face-icon-small-smile.gif[/img]
BryceGTX
Have a great day[img]i/expressions/face-icon-small-smile.gif[/img]
BryceGTX
#33
Originally posted by: leelorr
> Ive never had the front jump and slide going around a corner in 4wd...i have both yami and honda. I can even go on >dry pavement, in 4wd and it goes just fine. The steering resistance is only slightly higher, but the tires do just fine.
Hondabuster,
Correct me if I'm wrong, and no disrespect intended, but from your Bio it looks like the models of Yamaha and Honda you own (Honda Foreman and Yamaha Kodiak) do not have a locking front end (unless the Kodiak is brand new). If they do not a have a locking front end, then they have a front differential, which means two things:
1. They have three wheel drive (instead of four)
2. They will not bind, or "jump" in tight corners on high traction sufaces, because only only one front wheel is being driven at a time. This binding will only happen on a 4wd ATV if it has a locker front end, and is on a high traction surface, with the front end locked.
Take care,
Lorrinl
> Ive never had the front jump and slide going around a corner in 4wd...i have both yami and honda. I can even go on >dry pavement, in 4wd and it goes just fine. The steering resistance is only slightly higher, but the tires do just fine.
Hondabuster,
Correct me if I'm wrong, and no disrespect intended, but from your Bio it looks like the models of Yamaha and Honda you own (Honda Foreman and Yamaha Kodiak) do not have a locking front end (unless the Kodiak is brand new). If they do not a have a locking front end, then they have a front differential, which means two things:
1. They have three wheel drive (instead of four)
2. They will not bind, or "jump" in tight corners on high traction sufaces, because only only one front wheel is being driven at a time. This binding will only happen on a 4wd ATV if it has a locker front end, and is on a high traction surface, with the front end locked.
Take care,
Lorrinl
Yep, the kodiak is a 2004 and it has locking front diff. And actually it probably would hop and slide in corners if i had it locked, while trail riding. But thats not how i use it. The regular 4wd( non-locked) is 4wd, as long as the tires have equal traction. The 3wd part, that people referr to, is the ability of the differential in front to vary the torque, side to side, for ease of steering, and less damage to the envirionment. I rarely need to use the locking feature, because it works so well in normal 4wd. About the only time the normal 4wd doesnt work well, is climbing over logs, where one front tire goes in the air, then I use the locking feature.
You are correct that the binding and jumping only happen on locker front ends on high traction surfaces, like the polaris has. But the polaris wont jump and hop, because even though the awd switch is on...only the back two tires are getting power(2wd), going around a corner, in high traction situations. The hubs are disengaged, and the two front tires are freewheeling. So even though the front is a spool, the tires can rotate at different rates, due to the hubs diengageing and going into 2wd.
#34
We need one clarification here. When in AWD, the front wheels on the Polaris (at least the older ones with hubs rather than one center Hilliard in front) are absolutely NOT locked together. The Hilliard is called an OVERRUN clutch. There is one in each hub. Two seperate clutches capable of engaging and disengaging individually. This means any time the front wheel speed exceeds the driveline speed (like the outside front wheel when turning) that wheel is no longer engaged with the axle. It is "overrunning". Now if you're on something slippery, all the wheels are probably spinning enough to keep the driveline speed up to what the outside front is turning or even more (all wheels spinning). But with good traction, the outside front wheel can disengage before the inside as it is turning faster than the driveline. This is why the Polaris has such easy steering in all conditions.
#35
Hello hondabuster.
The binding occurs even if the locker is not engaged. The reason is that both front tires have to travel a further distance than the rear tires. This means both front tires want to run at a higher speed than the corresponding rear tires. Therefore, either both tires slip or torque is transfered from one front tire to the other and that tire slips even faster. So driveline windup occurs with or without a locker. The only way to solve this problem is to put a differential in the transfer case (like a Grand Cherokee) or use a 4WD system like a Polaris. Please don't again suggest that I am comparing a Grand Cherokee to the Polaris.
Yes 95sport400. I couldn't have said it better!!
BryceGTX
You are correct that the binding and jumping only happen on locker front ends on high traction surfaces
Yes 95sport400. I couldn't have said it better!!
BryceGTX
#36
Hey 95sport400. Also the new quads with the hillards in the differential work the same way. There is still two clutches, they were just moved into the differential. The interesting point about this design is that it leaves open the possibility that the differential could be replaced with a more traditional differential for those so inclined.
BryceGTX
BryceGTX
#38
Originally posted by: BryceGTX
Hello hondabuster.
The binding occurs even if the locker is not engaged. The reason is that both front tires have to travel a further distance than the rear tires. This means both front tires want to run at a higher speed than the corresponding rear tires. Therefore, either both tires slip or torque is transfered from one front tire to the other and that tire slips even faster. So driveline windup occurs with or without a locker. The only way to solve this problem is to put a differential in the transfer case (like a Grand Cherokee) or use a 4WD system like a Polaris. Please don't again suggest that I am comparing a Grand Cherokee to the Polaris.
Yes 95sport400. I couldn't have said it better!!
BryceGTX
Hello hondabuster.
You are correct that the binding and jumping only happen on locker front ends on high traction surfaces
Yes 95sport400. I couldn't have said it better!!
BryceGTX
BryceGTX, I know that's what you said, but slow people like me prefer it in small words [img]i/expressions/face-icon-small-happy.gif[/img][img]i/expressions/face-icon-small-wink.gif[/img]
Goodnight all
Tyler
#39
Excellent point tyler711. LOL I didn't want to suggest that the 4wd on a Wrangler was like the competition, after the beating I took on the Grand Cherokee thing. Ha..Ha..
Have a great day [img]i/expressions/face-icon-small-smile.gif[/img]
BryceGTX
Have a great day [img]i/expressions/face-icon-small-smile.gif[/img]
BryceGTX
#40
Originally posted by: 95sport400
We need one clarification here. When in AWD, the front wheels on the Polaris (at least the older ones with hubs rather than one center Hilliard in front) are absolutely NOT locked together. The Hilliard is called an OVERRUN clutch. There is one in each hub. Two seperate clutches capable of engaging and disengaging individually. This means any time the front wheel speed exceeds the driveline speed (like the outside front wheel when turning) that wheel is no longer engaged with the axle. It is "overrunning". Now if you're on something slippery, all the wheels are probably spinning enough to keep the driveline speed up to what the outside front is turning or even more (all wheels spinning). But with good traction, the outside front wheel can disengage before the inside as it is turning faster than the driveline. This is why the Polaris has such easy steering in all conditions.
We need one clarification here. When in AWD, the front wheels on the Polaris (at least the older ones with hubs rather than one center Hilliard in front) are absolutely NOT locked together. The Hilliard is called an OVERRUN clutch. There is one in each hub. Two seperate clutches capable of engaging and disengaging individually. This means any time the front wheel speed exceeds the driveline speed (like the outside front wheel when turning) that wheel is no longer engaged with the axle. It is "overrunning". Now if you're on something slippery, all the wheels are probably spinning enough to keep the driveline speed up to what the outside front is turning or even more (all wheels spinning). But with good traction, the outside front wheel can disengage before the inside as it is turning faster than the driveline. This is why the Polaris has such easy steering in all conditions.
I think I owe you guys an apology, Brycegtx and tyle711, I was wrong and you were correct. Thanks for the friendly disagreement, you guys know your stuff.


