ARP BB Chevy w/ Aluminum Heads Rocker Arm Stud Kit
ARP BB Chevy w/ Aluminum Heads Rocker Arm Stud Kit
Sale ends in Calculating...
A$207.27 A$255.04
IN STOCK! Est Ship 4-7 days.
This item is IN STOCK at one of our warehouses or distribution centres, the ETA is the approximate time required to prepare your order for dispatch.
We accept
Description
ARP High Performance Series rocker arm studs are ideal for ET bracket racing, limited rule oval track competition, or street use. Made from 8740 chromoly steel and are heat-treated to 180,000 psi tensile strength, they are concentric within .005 T.I.R. thread pitch to thread pitch, which will give you more consistent rocker geometry. With an extra-large radius base, they are more resistant to flex and will provide a more positive seating. These rocker arm studs are designed to be used with Perma-Loc adjusters (not for use with OEM-style, self-locking nuts).
Additional Information
With aluminum heads.
Part Type
BBC Rocker Arm Stud Kit 7/16 (16)
Specifications
- Product Attributes - Brand
- ARP
- Product Attributes - Manufacturer's Part Number
- 135-7202
- Product Attributes - Part Type
- Rocker Arm Studs
- Product Attributes - Product Line
- ARP High Performance Series Rocker Arm Studs
- Product Attributes - UPC
- 672036023492
- Product Attributes - Base Thread Size
- 7/16 in.-14
- Product Attributes - Rocker Arm Nut Thread Size
- 7/16 in.-20
- Product Attributes - Rocker Arm Stud Material
- 8740 Chromoly
- Product Attributes - Guideplate Locator Shank
- Yes
- Product Attributes - Rocker Arm Nut Thread Length (in.)
- 0.850 in.
- Product Attributes - Effective Stud Length (in.)
- 2.350 in.
- Product Attributes - Base Thread Length (in.)
- 0.850
- Product Attributes - Quantity
- Sold as a set of 16.
Reference Information
| Brand Name/s | Arp |
|---|---|
| StreetFX SKU | arp135-7202 |
| SFX Item ID | 4367067 |
| Supplier Item Code | 4367067 |
| Manufacturer SKU | 135-7202 |
| Manufacturer UPC | 672036023492 |
Compatibility
| Application Data |
|
|---|
Loading compatibility information...
