Skip to content

ARP High Performance Cylinder Head Stud Kits 154-4003

Cylinder Head Studs, High Performance, Hex Head, Ford, Small Block, Kit
SKU ARP-154-4003
Manufacturer's SKU: 154-4003
by ARP
Special Order
Original price $364.77 +GST - Original price $364.77 +GST
Original price $364.77 +GST
$364.77 +GST
$364.77 +GST - $364.77 +GST
Current price $364.77 +GST
$419.4855 Including GST (NZ Customers only)

Estimated Ship Date: Tomorrow

SPECIAL ORDER ITEM

This is a special order item. When you complete your order, we will order it from the supplier.

FREIGHT INFORMATION

Pricing does not include additional freight charge.
Request a quote below.

Click here to request a shipping quote
Brand: ARP
Manufacturer's Part Number: 154-4003
Part Type: Cylinder Head Fasteners
Product Line: ARP High Performance Cylinder Head Stud Kits
Automotive Fittings Part Number: ARP-154-4003
UPC: 672036003777
Fastener Style: Stud
Thread Size: 1/2 in.-13
Undercut Stud: No
Head Style: Hex
Fastener Material: 8740 chromoly
Fastener Color: Black
Washers Included: Yes
Quantity: Sold as a kit.
Description:
ARP high performance cylinder head stud kits are precision centerless-ground and thread-rolled to Mil-S-8879 specs. A black oxide finish protects them from wear and corrosion, and ARP throws in hardened parallel washers for uniform load distribution and accurate torque readings. Keep your cylinders mounted securely with a set of ARP high performance cylinder head studs; order the hardware recommended for your year/make and engine application

What does "Will be special ordered for you" mean?

This means that we do not have the product in our warehouse. We only order “Special Order” products from the supplier when you order them from us. Generally, we do not intend to keep an inventory of these items. Therefore, returns are not possible.

“Special Order” products could be shipped directly from the supplier or they could be shipped to us first. Then, we would ship it to you. The available shipping options will be provided during the checkout process.