HIGH DEMAND ALERT: Shipping may be slightly delayed!
Thank you for making our Black Friday Sale such a huge success! Due to the overwhelming demand, some orders placed during the sale are still being processed. If your Black Friday order is pending, rest assured that it will be shipped soon.
For new orders, please note that slight shipping delays may still occur as our team continues working around the clock to fulfill all orders as quickly as possible. We deeply appreciate your patience and support during this busy time. Stock is moving fast, so don’t wait—shop now to secure your favorites!
Thank you for making our Black Friday Sale such a huge success! Due to the overwhelming demand, some orders placed during the sale are still being processed. If your Black Friday order is pending, rest assured that it will be shipped soon.
For new orders, please note that slight shipping delays may still occur as our team continues working around the clock to fulfill all orders as quickly as possible. We deeply appreciate your patience and support during this busy time. Stock is moving fast, so don’t wait—shop now to secure your favorites!
Speedmaster®
Ford FE 390 427 428 to Chevy GM Turbo TH400 Steel Bellhousing SFI 30.1
Overview
These bellhousings are designed for circle track, strip, and street applications. Built from high-grade steel, the cone is spun, not rolled or stamped, allowing these bellhousings to be the most dimensionally stable and accurate for today's high performance vehicles.
Specs
Brand: | Speedmaster |
Part Number: | PCE542.1010 |
Part Type: | Bell housings |
SFI-Approved: | Yes |
Safety Rating: | SFI 30.1 |
Block Plate Inlcuded: | No. |
Bellhousing Diamater: | - |
Bellhousing Depth: | - |
Bellhousing Type: | New |
Clutch fork included: | No |
Adjustable fork Pivot Recommended | No |
Bellhousing Material: | Steel |
Bellhousing Finish: | Black |
Quantity: | Sold Individually |
Prop 65 Warning
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.