3″ TO 2.5″ 90 DEG TURBO ELBOWTIGHT RADIUS CAST ALUMINIUM

Description

Maximize turbocharger efficiency by eliminating airflow restrictions where pipe diameter transitions are necessary. This 3″ to 2.5″ 90-degree turbo elbow is engineered to maintain smooth airflow with a tight radius that reduces pressure drop and turbulence, critical for preserving boost pressure and power delivery.

Constructed from cast aluminium, this elbow combines strength with lightweight properties, weighing only 0.25 kg. The material resists corrosion and withstands high temperatures typical of turbocharged environments, ensuring durability and long service life.

The elbow’s precise dimensions—17 cm length, 10 cm width, and 8 cm height—allow for a compact fit in constrained engine bays without compromising airflow. The tight radius design minimizes flow disruption common with sharper bends, improving overall turbocharger responsiveness.

Transitioning from a 3″ inlet to a 2.5″ outlet, this component facilitates integration between different sized piping in turbo and supercharger systems, enabling custom setups without the need for extensive modifications. This adaptability is essential for optimizing system layouts and maintaining consistent boost levels.

As part of Aeroflow’s turbochargers and components line, this elbow meets industry standards for performance and reliability. Its cast construction ensures dimensional accuracy and structural integrity under high boost pressures, supporting sustained performance gains.

Designed for professional and enthusiast applications, this elbow provides a critical solution to common turbo plumbing challenges by maintaining airflow efficiency in tight spaces. Its robust build and exacting specifications guarantee compatibility and performance consistency in demanding forced induction systems.

Invest in this engineered cast aluminium elbow to reduce airflow losses, enhance turbo response, and ensure reliable operation under high thermal and pressure loads. Its balanced combination of material, size, and design delivers measurable improvements in turbo system efficiency and durability.