4 Ply 90 degree Elbow 1. 75in I.D. x 7in Leg Leng

The 4 Ply 90 Degree Elbow 1.75in I.D. x 7in Leg Length from Vibrant Performance is a premium turbocharger and intercooler ducting component designed for custom automotive builds where precision airflow management is critical. This 90-degree silicone hose elbow fits seamlessly into high-performance engine modification setups where turbo boost piping must navigate tight engine bay constraints. Whether you're fabricating a forced-induction system, upgrading intercooler plumbing, or rebuilding a damaged intake tract, this elbow delivers reliable fitment and durability in demanding applications.

Constructed with four reinforced plies of high-grade silicone, this elbow resists collapse under the sustained pressure and temperature cycles of turbocharged engines. The 1.75-inch inner diameter accommodates mid-sized boost system architectures, balancing flow capacity with compact installation in limited spaces. The seven-inch leg length provides sufficient material for custom cutting and precise fitting, allowing fabricators to achieve exact angles and transitions needed for their unique intake pathways. Vibrant Performance's engineering ensures consistent wall thickness and smooth internal passages that minimize turbulence and pressure drop—critical factors when optimizing spool response and peak horsepower delivery.

This component suits DIY turbo kit installations, professional engine builders, and competitive tuning shops tackling systems in the 200–400 hp range. The four-ply construction handles sustained boost pressures typical of street and mild competition applications, while the flexible silicone body absorbs vibration and engine rock without cracking. Installation requires standard hose clamps and attention to routing to avoid contact with exhaust manifolds or rotating components. Compatibility spans most vehicle platforms where 1.75-inch diameter intercooler or turbo discharge piping is specified—always verify your system's OEM or custom ducting specs before ordering to ensure proper fit within your engine bay layout.