Stud Boy
Stud Boy Shaper Wear Bar - POL-S2484-60 Polaris Snowmobiles 2007-2026
MPN:
POL-S2484-60
SKU:
4612-0164
Stud Boy
Stud Boy Shaper Wear Bar - POL-S2484-60 Polaris Snowmobiles 2007-2026
MPN:
POL-S2484-60
SKU:
4612-0164
Availability:
Out of stock
The first major breakthrough in wear bar technology since the 1950s
Unique corner-carving hourglass design yields better control at speed with no increased steering effort
Better tracking on trails - hourglass wear bar shape catches snow from ski sides to make steering more positive
Average of 1' - 2' tighter turning radius in soft snow conditions
20% lighter than conventional 1/2" diameter round wear bars
Zinc-plated for corrosion resistance
Lifetime wear rate is nearly equal to current round and square wear bar types
Manufactured by Stud Boy
Designed and tested by USI
Some models require drilling extra holes in the skis.
Specs
Bar Diameter
12,70 mm (0,50")
Carbide Runner Length
17.50"
Number of Studs
3
Type
Single Runner
Carbide Runner Length
444,50 mm (17,50")
Material
Carbide
Model
Shaper
Wear Pads
6.00"
Product Name
Wear Bar
Riding Style
Snow
Bar Diameter
0.50"
Units
Pair
Wear Bar Profile
Concave Side
Carbide Runner Angle
60°
Sold out
Original price
$149.99
-
Original price
$149.99
Original price
$149.99
$149.99
-
$149.99
Current price
$149.99
Product Details
Features
- The first major breakthrough in wear bar technology since the 1950s
- Unique corner-carving hourglass design yields better control at speed with no increased steering effort
- Better tracking on trails - hourglass wear bar shape catches snow from ski sides to make steering more positive
- Average of 1' - 2' tighter turning radius in soft snow conditions
- 20% lighter than conventional 1/2" diameter round wear bars
- Zinc-plated for corrosion resistance
- Lifetime wear rate is nearly equal to current round and square wear bar types
- Manufactured by Stud Boy
- Designed and tested by USI
- Some models require drilling extra holes in the skis.
Specs
| Bar Diameter | 12,70 mm (0,50") |
| Carbide Runner Length | 17.50" |
| Number of Studs | 3 |
| Type | Single Runner |
| Carbide Runner Length | 444,50 mm (17,50") |
| Material | Carbide |
| Model | Shaper |
| Wear Pads | 6.00" |
| Product Name | Wear Bar |
| Riding Style | Snow |
| Bar Diameter | 0.50" |
| Units | Pair |
| Wear Bar Profile | Concave Side |
| Carbide Runner Angle | 60° |
Product Description
Features
- The first major breakthrough in wear bar technology since the 1950s
- Unique corner-carving hourglass design yields better control at speed with no increased steering effort
- Better tracking on trails - hourglass wear bar shape catches snow from ski sides to make steering more positive
- Average of 1' - 2' tighter turning radius in soft snow conditions
- 20% lighter than conventional 1/2" diameter round wear bars
- Zinc-plated for corrosion resistance
- Lifetime wear rate is nearly equal to current round and square wear bar types
- Manufactured by Stud Boy
- Designed and tested by USI
- Some models require drilling extra holes in the skis.
Specs
| Bar Diameter | 12,70 mm (0,50") |
| Carbide Runner Length | 17.50" |
| Number of Studs | 3 |
| Type | Single Runner |
| Carbide Runner Length | 444,50 mm (17,50") |
| Material | Carbide |
| Model | Shaper |
| Wear Pads | 6.00" |
| Product Name | Wear Bar |
| Riding Style | Snow |
| Bar Diameter | 0.50" |
| Units | Pair |
| Wear Bar Profile | Concave Side |
| Carbide Runner Angle | 60° |
Part Numbers
| Store SKU | MFR. Product # | Availability |
|---|---|---|
| 4612-0164 | POL-S2484-60 | Out of Stock |
Fitment
This product is vehicle specific.
Select your vehicle to confirm fitment.
This Product Fits
Fitment Disclosure
This quick reference fitment information is provided to direct you to our catalog information and the manufacturer's information. Consult manufacturer publication(s) and/or website(s) for specific fitment and application information and other important information. This fitment information is based upon the stock version of the motorcycle or unit referenced and any accessory added or other modification could invalidate the quick reference information provided.