Ensure strong and reliable crankcase assembly during your Porsche engine rebuild with the Porsche Crankcase Stud M8 x 52 mm 900-060-102-01. Designed for classic Porsche models built from 1965 to 1989, this OEM specification stud delivers consistent torque retention, vibration resistance, and long term durability in demanding engine environments.

Crankcase hardware is critical to maintaining sealing integrity and structural stability. Over time, original studs may fatigue or corrode. Replacing them during restoration or maintenance preserves engine reliability and ensures alignment remains true to Porsche engineering standards.

Key Features

• OEM Correct Fitment for Porsche engines from 1965 through 1989

• M8 x 52 mm Stud Length designed for crankcase assembly and structural engine fastening

• Heat Treated Alloy Steel for exceptional strength and resistance to fatigue

• Corrosion Resistant construction for long service life in high heat environments

• Ensures Proper Torque and Alignment in air cooled Porsche engines

• Essential for Engine Rebuilds and Restorations replacing worn or stretched hardware

• Precision Machined Threads matching Porsche factory specifications

Frequently Asked Questions (FAQ)

1. What is the Porsche Crankcase Stud 900-060-102-01 used for?
It secures crankcase components and supports structural engine assembly on classic Porsche engines.

2. Which Porsche models does this stud fit?
It is compatible with Porsche models from 1965 to 1989 including most 911, 912, and 930 engines.

3. Why replace crankcase studs during an engine rebuild?
Old studs can stretch, weaken, or corrode, which affects torque strength and sealing reliability.

4. Is this stud made from high strength material?
Yes, it is manufactured from heat treated alloy steel designed for the stresses of engine operation.

5. Does this stud match Porsche OEM specifications?
Yes, it is engineered to meet factory thread pitch, length, and material requirements.

6. Will this improve long term engine reliability?
Yes, replacing fatigued hardware reduces the risk of leaks, alignment issues, and structural failures.