Do you own an ATV? Join our Forum!
As a member, you can post in our forums, upload your photos and videos, use and contribute to our downloads, create your own member page, add your ATV events, and even start your own ATV club to host your own club forum and gallery. Registration is fast and you can even login with social network accounts to sync your profiles and content.
Similar Tagged Content
Friday evening went riding, rode for a good hour or so everything was fine. I went to take a short ride to the restroom (less than 100 yds away) and all of the sudden everything flickered and then just died out. Accompanying the problem I noticed the killswitch completely locked up. Once daylight hit took the killswitch apart to find it had shorted out and melted the plastic inside. Has anyone else had anything similar to this and if so what did you do to fix the situation? I have a new killswitch on the way to replace the obvious problem but was wondering could there be a bigger issue at hand. We tested with a voltage meter to make sure everything was still getting power from the battery and as far as we could tell it was.
Any advice/info would be GREATLY appreciated.
in this thread, I want to discuss how 4-cycle atv engines work- what the different types are... how they are set up and which you prefer. To start off, are the cams on ALL atv 4-strokes powered by a cam chain? I know that on say a lawn mower or logsplitter engine, the cam is turned by the tappet, pushrods, and valve rockers. Which is better and why? Chain-driven cams or pushrod-driven cams? Are the pushrods just an old version and everything is transforming to chains or the other way around...or not at all? Just looking for some explanation, history, and downsides/upsides...
I thought I would make a quick "How-to" on setting wheel alignment since I was flipping my tie rod ends and I was going to have to re-align the wheels anyways.
Here's some of the tools you will need...
1.) Start with the ATV on a smooth and level surface, like a cement garage floor or driveway.
2.)Center up (Eyeball It) the handle bars and lock them into place with 2 ratchet straps, one on each side of handle bars. This of course prevents them from moving when your adjusting the tie-rods.
3.) Place two Jack Stands approximately 2 feet in front of the atv even with the outside edge of the two front wheels.
4.) Wrap a length of string all the way around the ATV and Jack Stands, Start and end at the rear hitch. Make sure the string is the same height from the ground on all 4 wheels. I like to attach a few elastic bands to both ends of the string before attaching the string to the hitch. This makes it easier to adjust the strings when moving the Jack Stands.
4.) Break lose the inner and outer tie-rod nuts. NOTE! Make sure you use 2 wrenches, one on the nut and one on the ball joint. Damage can occur by only using one wrench.
5.) Adjust the string by moving the Jack Stands in or out untill the string just touches both of the side surfaces of the rear tires on each side of the ATV. This will take some time to get it right but it needs to be done!
Check manufacturers wheel alignment specifications on your specific make and model before you adjust any components.
For this wheel alignment I'm using the Polaris Specs which seems to be a common setting.
Polaris - The recommended toe alignment is 1/8″ to 1/4″ toe out. This is a total amount, not per wheel.
6.) On the front rim, measure the distance from the string to the rim at the front and rear edges of the rim. The rear measurement should be 1/16″ - 1/8″ (.2 to .3 cm) more than the front measurement.
7.) If an adjustment is necessary, Turn the tie rod itself with a wrench or your hand in small increments. It doesn't take much to move the tire a long way, so go slow. Keep re-checking your measurement's until you have a 1/16″ - 1/8″ differance to the string.
6.) Once your satisfied that you have the correct "Toe Out" measurements you can tighten up the inner and outter tie-rod nuts on both sides. AGAIN...make sure to use 2 wrenches.
7.) Now take your ATV for a test drive to test your adjustments. If it still pulls one way or the other, just repeat the above steps to tweek the adjustments again utill your happy.
The whole process only takes about 15-20 min.
I recently purchased the subject UTV for my kids. It's my first Polaris (other wheeler is a Teryx4) - and my first-ever single-cylinder vehicle (even my mower has more)...
Valve lash adjustment values... The operating manual recommends verifying at specific intervals, but does not provide the clearances or procedure. Any idea where I can obtain those? Tach on the display shows about 1500RPM when at idle, and about 6000 when WOT at max speed (30MPH). Does that seem correct? The engine does not SOUND like it's going that fast, but that may just be my unfamiliarity with single-cylinder engines. The idle feels mildly rough - and the tach shows a fluctuation of about 50 rpm. It's not wild, but it is noticeable. Again, without any point of reference, I do not know if that's just the nature of the beast, or if I should be concerned. The front wheels spin freely in the forward direction (mild brake noise can be heard), but when rotating tires backwards, the brake pads grab the rotor with significant force - making it nearly impossible to turn the rotor by hand. Considering the cost of new rotors and calipers, I'm hoping there is a know 'fix' for this issue. Any help would be appreciated! My kids can't wait for me to give it the "all clear". Still waiting on helmets to arrive from Amazon, so I have a couple of days to get all the maintenance and repairs completed.
Recently Browsing 0 members
No registered users viewing this page.