Kooks 9105 3.5" x 6" Stainless Steel Short Turnout for 3.5" Collector

Vehicle Fitment

• Universal application - fits any 3.5" (3-1/2") collector or pipe

Features

• 304-stainless steel material for durability and corrosion resistance
• Mandrel-bent short turnout design: 3.5" diameter, 6" length
• Designed to slip-fit over or weld to a 3.5" collector/pipe
• 16 gauge wall thickness for robust construction
• Hand-crafted in the USA by Kooks with high quality standards
• Ideal for custom exhaust fabrication or performance builds
• Sold individually - suitable for single-side or matched pair setups
• Not CARB exempt - intended for off-road or race use only in certain jurisdictions

Specifications

• Tube diameter: 3.50" ID inlet, fits 3.50" collector/pipe
• Length: 6.00"
• Material: 304-stainless steel
• Wall thickness: 16 gauge
• Outlet: 3.50" OD (matches collector) or welded tab mounting
• Finish: Raw stainless steel (no coating)

Included Components

• 1x Short Turnout piece (part # 9105)

Product Description

The Kooks 9105 short turnout is a precision-fabrication exhaust adapter piece designed for universal fitment on any system utilizing a 3.5" (3-1/2") collector or pipe. Built from premium 304-stainless steel at 16 gauge thickness, this 6" long turnout provides a clean slip-fit or weld-in solution to extend or exit your exhaust system with optimal flow and durability.

Whether you're crafting a custom performance build, modifying a race or street machine, or simply fabricating a high-quality exhaust exit, the 9105 delivers professional-grade materials and construction. Because this item is not a complete header kit and has universal applicability rather than vehicle-specific fitment, it should be selected and installed by someone familiar with custom exhaust work.

For builders or mechanics working with 3.5" collector systems and seeking a high-quality stainless turnout option, the Kooks 9105 stands out for craftsmanship, fit-up flexibility, and value. Verify your system's diameter matches the 3.5" specification before ordering, and ensure local emissions laws are observed since usage may be restricted in regulated states.