Vibrant Performance Oil Filter Spacer Assembly with Pair of 1/8 in NPT Ports, Part 17070

The Vibrant Performance Oil Filter Spacer Assembly, part 17070, is a bolt-on sandwich-style adapter designed to simplify the installation of an engine oil cooler or other oil management components. Positioned between the engine block and oil filter, this adapter provides a practical connection point while maintaining a clean, serviceable installation. It is suitable for automotive performance, racing, and custom engine applications where additional oil system functionality is required.
The assembly is manufactured from lightweight aluminum and finished with a durable black anodized coating for corrosion resistance and a professional appearance. It includes a pair of 1/8 in NPT ports, allowing compatible oil temperature, pressure, or auxiliary plumbing components to be installed as needed. The center-thread options support a broad range of common oil filter applications, helping make the Vibrant Performance 17070 a versatile choice for custom builds and replacement installations.
Important: Verify the center-thread specification and oil filter compatibility before installation. Available center-thread options include 18 mm x 1.50, 20 mm x 1.50, 22 mm x 1.50, 3/4-16 in, and 13/16-16 in. Proper gasket seating, thread engagement, and leak inspection are essential for safe operation. The adapter is sold individually and is intended for installation by a qualified technician familiar with engine lubrication systems.

Features:

• Brand: Vibrant Performance

• Part Number: 17070

• Product Type: Oil filter spacer and sandwich adapter assembly

• Installation Style: Bolt-on installation between the engine block and oil filter

• Port Configuration: Pair of 1/8 in NPT ports

• Center Thread Options: 18 mm x 1.50, 20 mm x 1.50, 22 mm x 1.50, 3/4-16 in, and 13/16-16 in

• Material: Aluminum

• Finish: Black anodized

• Application: Oil cooler, oil pressure, oil temperature, and auxiliary oil system installations

• Quantity: Sold individually