Ford C6 BB 460 Braided Flexible Bell Housing Mount Transmission Dipstick
Overview
Speedmaster flexible braided stainless transmission dipsticks match right up with other Speedmaster accessories. They feature a flexible, heat-resistant PTFE rod with a braided stainless steel cover. The inner rod is stamped with appropriate trans-fluid levels, and the outer housing has a slim design that allows for mounting inside of the headers. These dipsticks are available in both firewall-mount and trans-mount styles, and a funnel adapter is included for assistance with filling.
Specs
| Brand: | Speedmaster |
| Part Number: | PCE495.1018 |
| Part Type: | Transmission Fluid Dipstick |
| Dipstick Entry: | Transmission case |
| Dipstick Mounting Location: | Bellhousing mount |
| Locking: | No |
| Dipstick Tube Included: | Yes |
| Dipstick Tube Material: | Braided stainless steel |
| Dipstick Tube Finish: | Natural |
| Dipstick Handle Material: | Aluminum |
| Dipstick Handle Finish: | Natural |
| Quantity: | Sold individually. |
| Notes: | Bellhousing mount transmission dipsticks are recommended for dragster, street rod, or other applications with ample clearance to the bellhousing. These are not recommended for vehicles with minimal clearance between the bellhousing and firewall or transmission tunnel. |
Brand Information
In 1979, the company was founded with Pete's Performance, which was a small speed workshop. It began by building engines for customers as a hobby, and it has now grown to include selling, assembling, manufacturing and racing high performance engine parts. Over the years, the company has grown into a worldwide high performance powerhouse. Growing from a one-man bricks-and-mortar business; to now a supply chain in which entails more than 400+ people all across the world. Today, Pete's Performance has evolved into the internationally known Speedmaster: which has distribution centres and offices is Sydney, Los Angeles and Shanghai.
Prop 65 Warning
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.