fits model: 911. make: Porsche.

( Brand: Qsc Quality Specialty Components ), ( Manufacturer Part Number: ENGCSHD-R ), ( Part Type: Engine )
The Porsche 356 911 912 930 914 Forged Engine Stand Holding Fixture Yoke by QSC Specialty is a must-have tool for any Porsche enthusiast or professional mechanic. This engine stand is specifically designed to securely hold and support the unique engine configurations of these iconic Porsche models, ensuring safe and easy engine removal and installation.
The fixture yoke is made from high-quality forged steel, providing exceptional strength and durability. It features a unique design that allows for easy adjustment to accommodate the different engine configurations of the Porsche 356 911 912 930 914. The yoke is also finished with a durable powder coat for added protection against corrosion and wear.
The engine stand includes four adjustable height legs, allowing you to adjust the stand to the perfect height for your workspace. The legs are also equipped with non-slip rubber feet to prevent the stand from moving during use. The stand can support engines up to 1,650 lbs, making it suitable for even the largest Porsche engines.
The Porsche 356 911 912 930 914 Forged Engine Stand Holding Fixture Yoke by QSC Specialty is designed to be easy to use and set up. The yoke is quick and easy to attach to the engine stand, and the adjustable legs make it simple to set up the stand in your workspace. The stand also includes a built-in drain pan to make cleaning up any oil or fluids easy and mess-free.
In summary, the Porsche 356 911 912 930 914 Forged Engine Stand Holding Fixture Yoke by QSC Specialty is a high-quality, durable engine stand that is specifically designed for these iconic Porsche models. It features a unique yoke design that allows for easy adjustment, adjustable height legs for a custom fit, and a built-in drain pan for easy clean up. With its strong forged steel construction and non-slip feet, this engine stand is a must-have tool for any Porsche enthusiast or professional mechanic.
Pros of buying a Porsche 356, 911, 912, 930, or 914 forged engine stand holding fixture from QSC Specialty:1. Durability: Forged engine stands are made from a single piece of metal that has been heat treated, resulting in a stronger and more durable stand compared to a welded one.
2. Precision: The fixture yoke provides a precise fit for the engine, ensuring that it is held securely in place during installation or maintenance.
3. Space-saving: The forged engine stand is designed to be compact, making it easier to store in a garage or workshop.
4. Versatility: The stand is compatible with a wide range of Porsche engines, making it a versatile investment for car enthusiasts.
Cons of buying a Porsche 356, 911, 912, 930, or 914 forged engine stand holding fixture from QSC Specialty:1. Cost: Forged engine stands are typically more expensive than welded stands.
2. Weight: The forged engine stand is heavier than a welded one, making it more difficult to move around.
3. Limited availability: QSC Specialty's forged engine stands may not be readily available in all areas, making it more difficult for some car enthusiasts to purchase.
Conclusion:Buying a Porsche 356, 911, 912, 930, or 914 forged engine stand holding fixture from QSC Specialty is a worthwhile investment for car enthusiasts who value durability, precision, and space-saving design. However, the cost and weight of the stand may be a deterrent for some. It is recommended that car enthusiasts research their options and consider their specific needs before making a purchase. If the benefits outweigh the drawbacks, a forged engine stand from QSC Specialty is a great addition to any garage or workshop.
This engine stand comes in grey color. Qsc Porsche engine stand is made of forged steel.
It features a 360 degree swivel mounting collar for floor stand not included.
It is machined with all the necessary reliefs and or notches to allow for clearance of engine parts including flywheel lock tool.
It is stronger than and holds the engine more firmly other materials.