he M20 Kore incorporates some highlights of our engineering, research, development and design experience. To start, the M20 Kore come standard in our satin black automotive grade paint, which sheds dirt, mud and debris fast, making clean up a snap. The M20 Kore is available in a +0mm offset, allowing for better fitment, performance and stance for both ATVs and UTVs. Not impressed yet? How about 16?? Yes, the M20 Kore is available in the ever popular 14×7 and also 16×7 which opens the door for a myriad of tire options, tread patterns and ply ratings. Don’t settle, run the best – Run MSA Wheels.
| Each Wheel Includes | 1 center cap, 2 cap bolts. |
| Available Wheel Sizes | 14×7 | 16×7 |
| Wheel Finish | Satin Black |
| Available Bolt Pattern(s) | 4×110 (14″ only) | 4×115 (14” only) | 4×137 | 4×156 |
| Wheel Offset(s) | +0mm | -52mm (14” in 4×110 only) |
| Wheel Cap | Satin Black MSA-CAP-F (Bolt-on) |
| Warranty | Lifetime Structural | One-Year on Finish |
How To Measure Wheel Offset and How Do You Know What Offset is Required For Your Machine?
When it comes to upgrading to aftermarket wheels and tires onto your machine, you need to have an understanding of what your goal is. Are you trying to make your tires and wheel stick out from your machine more or less? If you have your tires sucked in, are you going to cause more rubbing in your fenders? Or, if you have your wheels pushed out slightly wider, can your suspension handle the additional stress? These are challenges that you may face, therefore, it’s important to understand your goals when trying to purchase wheels.
Measuring Backspacing
Backspacing is the distance between the hub of the wheel from the backside and the front side. You always read backspacing, as distance from the back of the wheel to the hub, and then from the hub to the front of the wheel. On a conventional 7” wheel, you have a variety of different options 4+3, 5+2, 2+5, 3+4, 3+4. Typically, factory wheels that come on Polaris and Can-Am machines are considered to be a 6+1 offset. Remember: backspacing is always measured in inches. However most wheel manufacturing companies measure offset in millimeters. A positive offset has more wheel behind the hub, and less wheel out. Meaning the wheel will sink more into the machine. A negative offset has less wheel behind the hub, and more wheel out. Meaning when the wheel is mounted, your tires will stick out from your machine.
OEM Offset & how It Affects You
When shopping for aftermarket wheels it’s important to understand and know what your current wheel offset is. This will help dictate what you can do for wheels on your machine. Measuring inches to mm can be tricky, but provides a strong representation of offset. There are 25.4 mm to an inch. Let’s look at an example to better understand how offsets can affect your machine. Let’s say you have a RZR 1000 that has a 6+1 factory wheel offset. Stock RZR tires sit in the wheel wells well, and don’t stick out. That means there are 6 inches from the back of the wheel to the hub and 1 inch from the hub to the front of the wheel. You might be wondering, I am looking for aftermarket wheels for my machine, so how does a 38mm compared to a 13mm offset affect my RZR? A 38mm offset means the wheel has a positive offset or a positive backspacing. Which means from the hub of the wheel to the center, is a positive value and therefore will sit fairly flush inside your wheel wells. A 13 mm offset is a less positive offset compared to a 38mm. Which means from the hub of the wheel to the center, there is less distance. This will cause the tire to sit further out from the machine and push outside of the wheel wells slightly. (Depending on the type and style of tire you run) The lower the backspacing, the less backspacing in mm, and therefore will push the tires further out from the machine.
Further Clarification
Still need further clarification on how offset will affect your machine? Give us a call at 1-780-986-8001 and we would be glad to help customize your ride.
