Audi SQ5 B9 2018-2022 EA839 3.0T Aluminium High Flow Cold Air Intake with Heat Shield

Product Overview

This high flow cold air intake is listed for the 2018-2022 Audi SQ5 on the B9 platform with the EA839 3.0T turbocharged V6. It combines a performance aluminium intake pipe, high flow air filter and heat shield structure, replacing the factory intake with a setup intended as a turbocharged performance intake upgrade.

Key Features and Benefits

• Aluminium performance intake pipe
• High flow air filter
• Heat shield structure to help limit heat soak
• Clamp included, according to the supplier
• Vehicle-specific, not universal fitment
• Adds a tidy performance look to the engine bay

Vehicle Compatibility

The listing title names the 2018-2022 Audi B9 SQ5 with the EA839 3.0T turbo engine, while the specifications simply state Audi. This fitment is supplier-stated and has not been independently verified. Other EA839 models such as the S4 and S5 are not listed, so please confirm compatibility with us before ordering.

Product Specifications

• Product type: cold air intake with heat shield
• Material: aluminium intake pipe, high flow air filter, heat shield
• Engine: EA839 3.0T turbo (per title)
• Platform: B9 (per title)
• Universal fitment: no
• Package size: 37 x 36 x 33 cm
• Gross weight: approx. 3.1 kg

Installation and Usage

The factory airbox and ducting are removed and replaced with the new intake and heat shield. A technician familiar with Audi V6 engines is recommended, particularly for sensor and breather connections. Ensure the clamp is tight, the filter sits correctly within the heat shield and all connections are sealed. Check the filter at regular service intervals.

Package Contents

The supplier lists a clamp as an included item. The listing implies the intake pipe, filter and heat shield as pictured; other hardware has not been confirmed.

Important Fitment Notice

Please send us your VIN or chassis number before ordering so we can help check fitment. Images are for reference only. Intake modifications may affect emissions compliance, so check local requirements before fitting.