July 18 2017 Telkwa pass

The title pretty much explains it all. When using the starter I can hear it spinning but not engaging the engine. The wheels also do not engage with the wheels when the clutch is out. The motor has compression if that helps.
I am new to engine work and repair and I bought this quad with the idea of fixing it up (not knowing the full extent of the damage). The previous owner said it ran but sat for a year (I don’t believe that for a second after opening it up) and had bought a few new plugs and a starter motor, none of which fixed the issue.
Any help would be greatly appreciated!
I have attached a few pics of what I think could be wrong.

I have a 1988 300 Honda FourTrax, All wheel drive.
My brother and I were fixing up this quad. We put a brand new battery and fuses in and it was running fine until we put the quad into reverse. As soon as it was put into reverse all of the electrical cut out and power wasn't making it to the head unit anymore and both of the brand new fuses popped. We figured there might have been a short from the starter or solenoids, but they are all working properly. At this point we don't know where to start looking for where the short could be. I'm just wondering if anybody has had the same issue or knows of similar issues that could cause these electrical shorts?

Hello boys and girls!:howdy:I need a little help if ya dont mind.I need to replace the rear axle bearings on my 400 but Im going at this blind having never done it before. Ive looked it up in the repair manual but it doesn't give any specific steps on how to do it. I've got the left rear brakes off already as I was replacing the shoes anyway. Can somebody give me a rundown on what Ive gotta do please?I know I need to pull the right wheel off just havent done that yet. Do I need to take anything apart in the final drive or elsewhere in order to yank the axle out for instance? Which side does the axle come out from,L or R? Any details I need to know will be greatly appreciated.Thanks ya'll!

Here's a good article and video on the basics when it comes to ATV front end wheel alignments.
Source: http://www.cyclepedia.com/manuals/online/free/steering/atv-front-end-alignment/
When you hear the words front end alignment what comes to mind? Automobiles and potholes may be the first thought. There are other four wheeled vehicles out there running over a lot more than potholes. ATVs and side-by-sides live hard lives crawling over rocks, hauling loads, and crossing trails no other man-made vehicle would dare.
One of the most basic services these vehicles call for is the adjustment of the toe-in of the front wheels. The Suzuki Eiger LT-F-400F calls for this to be checked initially after 100 mi. or 1 month of use, and every 600 mi. or 3 months for the rest of its operational life. Be it a Yamaha Banshee, 50cc mini-quad, or Kawasaki Mule this is a periodic maintenance item that is essentially the same no matter the scale of machine.
Toe-in specifically refers to the amount the front wheels are pigeon toed. At axle level the center of the front tires are closer in the front than in the back. Most ATVs and side-by-sides call for the front wheels to be slightly pigeon toed to parallel.
Keeping the toe-in aliment in specification and adjusted correctly is important for performance, safety, and tire wear. If the front end of the vehicle is in a toe-out position, duck footed, the tires will wear more rapidly and the vehicle will be inherently unstable. In addition, if the toe-in adjustment is in specification but it has been improperly adjusted it may put excess strain on the steering components.
 

The first step in checking the toe-in is to check the tire pressure. Make sure the tire pressure set correctly in all four tires. The air pressure in the front tires should be as close to the same as possible. Place the vehicle on a level surface and position the steering straight ahead. Be sure to check with the appropriate service manual to see if there are any extra specifics for the vehicle. The Suzuki Eiger for example calls for the vehicle to be weighted as to simulate the rider.

Make a chalk mark on the front, center of each front tire at the height of the front axle. If available set up a toe gauge so that the pointers line up with the chalk marks.

Measure the distance between the front chalk marks. Record this measurement as A. Rotate the front wheels 180° so the marks remain at axle height, but are now facing to the rear. Record the distance between the marks on the backside of the tires as B.

Subtract the front measurement A from the rear measurement B to calculate the toe-in. If the number is negative you have a toe-out condition. Compare your toe-in figure with the factory specification found in the vehicles service manual.

To adjust the toe-in loosen the lock nuts on the tie-rods. The outer tie-rod lock nuts often have left hand threads.

Turn the tie rods with a wrench at the flats to change the toe-in. Be sure to evenly adjust the left and right tie-rods for proper alignment. Check with the service manual to see if there are any specifications for the length of the tire rods or the amount of threads that should be showing. If the tie-rods are not adjusted according to the OEM specifications the proper toe-in may be achieved, but the vehicle will not steer correctly and it could be at risk of breaking a tie-rod.

When the adjustment is correct hold the tie-rod flats and tighten the lock nuts to specification against each side of the tie-rod. Take a slow test ride to make sure the steering functions correctly.
 
Check out this additional video on ATV wheel alignments:
 

hi all i have a bad cv axel in my 400 polaris sportsman i bought a new one but ive tried everything i can think of to get the old one out and it just wont come does anyone have any suggestions......help lol