Kb Performance
KB Performance Piston Kit - KB263.060 For Harley Motorcycles 1941-1979
MPN:
KB263.060
SKU:
DS-751208
Kb Performance
KB Performance Piston Kit - KB263.060 For Harley Motorcycles 1941-1979
MPN:
KB263.060
SKU:
DS-751208
Availability:
10 in stock, ready to be shipped
Manufactured from high-strength, T-5, heat-treated, 390 hypereutectic aluminum alloy
Allow a tighter fit and longer piston and ring life
Diamond-machined pistons are held to plus or minus one gram weight and less than one-half-thousandth-inch (.0005") tolerances from piston to piston
Each kit contains two pistons, pins, spiral-lock pin clips and Hastings moly rings
Replacement piston rings and pin lock rings available separately
KB pistons can be installed tighter than other pistons. This results in less piston rock and better ring seal. Please read instructions included with piston for correct piston clearance.
Due to the thermal conductivity and design of KB pistons, special attention is required to the top ring end gap. Please read instructions furnished with piston for correct ring installation.
Specs
Bore Oversize
+0.060"
Product Name
Piston Kit
Units
Kit
Compression Ratio
9.0:1
Bore Size
3.437"
Piston Material
Hypereutectic Alloy
Riding Style
Street
Original price
$239.95
-
Original price
$239.95
Original price
$239.95
$239.95
-
$239.95
Current price
$239.95
Product Details
Features
- Manufactured from high-strength, T-5, heat-treated, 390 hypereutectic aluminum alloy
- Allow a tighter fit and longer piston and ring life
- Diamond-machined pistons are held to plus or minus one gram weight and less than one-half-thousandth-inch (.0005") tolerances from piston to piston
- Each kit contains two pistons, pins, spiral-lock pin clips and Hastings moly rings
- Replacement piston rings and pin lock rings available separately
- KB pistons can be installed tighter than other pistons. This results in less piston rock and better ring seal. Please read instructions included with piston for correct piston clearance.
- Due to the thermal conductivity and design of KB pistons, special attention is required to the top ring end gap. Please read instructions furnished with piston for correct ring installation.
Specs
| Bore Oversize | +0.060" |
| Product Name | Piston Kit |
| Units | Kit |
| Compression Ratio | 9.0:1 |
| Bore Size | 3.437" |
| Piston Material | Hypereutectic Alloy |
| Riding Style | Street |
Product Description
Features
- Manufactured from high-strength, T-5, heat-treated, 390 hypereutectic aluminum alloy
- Allow a tighter fit and longer piston and ring life
- Diamond-machined pistons are held to plus or minus one gram weight and less than one-half-thousandth-inch (.0005") tolerances from piston to piston
- Each kit contains two pistons, pins, spiral-lock pin clips and Hastings moly rings
- Replacement piston rings and pin lock rings available separately
- KB pistons can be installed tighter than other pistons. This results in less piston rock and better ring seal. Please read instructions included with piston for correct piston clearance.
- Due to the thermal conductivity and design of KB pistons, special attention is required to the top ring end gap. Please read instructions furnished with piston for correct ring installation.
Specs
| Bore Oversize | +0.060" |
| Product Name | Piston Kit |
| Units | Kit |
| Compression Ratio | 9.0:1 |
| Bore Size | 3.437" |
| Piston Material | Hypereutectic Alloy |
| Riding Style | Street |
Part Numbers
| Store SKU | MFR. Product # | Availability |
|---|---|---|
| DS-751208 | KB263.060 | In 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.