2003 Honda FourTrax Rincon
#41
3TV,
I guess that crack about the '74 Hodaka Road Toad really dates the both of us. I remember the darn things, along with the Dirt Squirt (their off road version of the Road Toad). I guess that when the Hodaka plant folded, most of it's P.R. people went to work for Suzuki.
I'm just wondering how the new machine will fare against the "new" competition out there. I.R.S. is nice, but without a sway bar I wonder how well it will corner. Unless they use heavy springs (ala Artic Cat), in which case the ride plushness will suffer.
Unlike some people, I think The Rincon looks attractive and quite sporty. Competition is the only way that other models will improve. The more the merrier.
I guess that crack about the '74 Hodaka Road Toad really dates the both of us. I remember the darn things, along with the Dirt Squirt (their off road version of the Road Toad). I guess that when the Hodaka plant folded, most of it's P.R. people went to work for Suzuki.
I'm just wondering how the new machine will fare against the "new" competition out there. I.R.S. is nice, but without a sway bar I wonder how well it will corner. Unless they use heavy springs (ala Artic Cat), in which case the ride plushness will suffer.
Unlike some people, I think The Rincon looks attractive and quite sporty. Competition is the only way that other models will improve. The more the merrier.
#42
#45
3TV
You left out one thing from Odin's post. His dealer would not replace/warenty a bad seal on the transmission. The damage was done after this point due to this bad seal letting water/dirt into the transmission. If the dealer would have done the small repair the large one would not have happened.
You left out one thing from Odin's post. His dealer would not replace/warenty a bad seal on the transmission. The damage was done after this point due to this bad seal letting water/dirt into the transmission. If the dealer would have done the small repair the large one would not have happened.
#47
#48
3TV,
Go drain the oil on your DS 650 and run it until it locks up, and then you can come back and tell us all how unreliable it is........if a motor locks up irregardless of what caused it, I would deem it to be unreliable.
And as far as the torque converter, I think you have it mixed up with a transfer case or some other component. An automotive torque converter is not even a perfectly efficient mechanism.........maybe more efficient than a belt driven CVT, but there are power losses associated with it.
Go drain the oil on your DS 650 and run it until it locks up, and then you can come back and tell us all how unreliable it is........if a motor locks up irregardless of what caused it, I would deem it to be unreliable.
And as far as the torque converter, I think you have it mixed up with a transfer case or some other component. An automotive torque converter is not even a perfectly efficient mechanism.........maybe more efficient than a belt driven CVT, but there are power losses associated with it.
#49
<<And as far as the torque converter, I think you have it mixed up with a transfer case or some other component. An automotive torque converter is not even a perfectly efficient mechanism.........maybe more efficient than a belt driven CVT, but there are power losses associated with it. >>
Alright, so I'm not the only one who thought 3TV and Colorado were mistaken...
Alright, so I'm not the only one who thought 3TV and Colorado were mistaken...
#50
I took this torque converter info off another board.
"Imagine two pinwheels facing each other. One blows wind like a fan and the other one is turned by the blown wind. In a closed system (torque converter cover) this is fairly efficient. The device is called a "fluid coupler".
A third device called a stator is added to a torque converter that under certain conditions will redirect fluid in such a way torque is increased (a 2:1 ratio). It is almost like a lever. This happens under high engine torque/low vehicle speed.
The stator is mounted on a one-way roller. When engine torque is diminished and vehicle speed is faster, the stator will start to freewheel. Then the torque converter becomes a fluid coupler.
"Imagine two pinwheels facing each other. One blows wind like a fan and the other one is turned by the blown wind. In a closed system (torque converter cover) this is fairly efficient. The device is called a "fluid coupler".
A third device called a stator is added to a torque converter that under certain conditions will redirect fluid in such a way torque is increased (a 2:1 ratio). It is almost like a lever. This happens under high engine torque/low vehicle speed.
The stator is mounted on a one-way roller. When engine torque is diminished and vehicle speed is faster, the stator will start to freewheel. Then the torque converter becomes a fluid coupler.