Vibrant Performance 12191 3.5" 120 Deg Aluminum Tight Radius Bend Pipe

Vehicle Fitment

• Universal application - fits any vehicle or custom fabrication use

Features

• 120° tight radius aluminum bend for custom plumbing or exhaust use
• Mandrel-bent for consistent internal flow and reduced turbulence
• 3.5" outside diameter tubing for standard performance builds
• Made from high-quality 6061 aluminum alloy for strength and durability
• Brushed finish for corrosion resistance and aesthetic appeal
• Compact design with 2.50" centerline radius for tight spaces
• Ideal for intercooler pipes, intake plumbing, exhaust systems, and custom fabrication
• One-piece design allows easy welding and integration into custom systems

Specifications

• Part Number: 12191
• Brand: Vibrant Performance
• Material: 6061 aluminum alloy
• Tube Outside Diameter (O.D.): 3.50" (88.9 mm)
• Bend Angle: 120°
• Centerline Radius: 2.50" (63.5 mm)
• Leg Lengths: ~5.00" x 1.50"
• Wall Thickness: ~2 mm

Included Components

• 1x 3.5" 120° tight radius aluminum bend (mandrel-bent)

Product Description

The Vibrant Performance 12191 3.5" 120° Tight Radius Aluminum Bend Pipe is a universal fabrication component designed for custom and performance automotive applications. This mandrel-bent elbow helps maintain smooth internal airflow, making it ideal for intercooler plumbing, intake piping, turbo systems, and exhaust routing where compact bends are needed. Its tight 120° angle and 2.50" centerline radius allow installations in tight or constrained areas of the engine bay or undercarriage.

Constructed from durable 6061 aluminum with a brushed finish, the 12191 bend resists corrosion and mechanical wear while keeping weight low. It can be welded into custom tubing assemblies or combined with straight sections and transitions to complete bespoke exhaust, intake, or intercooler systems. Because this part is universal and not vehicle-specific, it offers flexibility for custom builds, fabrication projects, and performance installations across a wide range of platforms.