Billet Intake Manifold Lever Arm Repair Kit for 2.0T TSI Engines (Gen 1)

Restore proper intake manifold operation on your 2.0T TSI engine with this precision-machined lever arm repair kit. Designed to address common intake runner linkage failures, this upgrade provides a durable, long-term solution without the need to replace the entire intake manifold.

Constructed from high-quality billet aluminum and finished with a corrosion-resistant anodized coating, this kit improves reliability while maintaining a clean OEM-style appearance. It’s an ideal preventative or corrective upgrade for Gen 1 2.0T TSI engines experiencing linkage wear or failure.

Key Features:

• Billet Aluminum Construction – CNC-machined from high-strength aluminum for long-lasting durability.
• Anodized Finish – Resists corrosion and wear while delivering a premium appearance.
• Cost-Effective Repair – Fixes common intake manifold lever arm failures without replacing the full manifold.
• Precision Fitment – Engineered to restore proper intake runner movement.

Specifications:

• Condition: New
• Product Type: Intake manifold lever arm repair kit
• Material: Billet aluminum
• Finish: Anodized

Important Fitment Notes:

• Only compatible with intake manifolds using part numbers:
  • 06J133201BD
  • 06J133201G
  • 06J133201AS
• Not compatible with manifold revisions ending in “BH” (revised linkage design).
• Shim Selection:
  • Use THIN (.060") shim for late-production manifolds with raised hump.
  • Use THICK (.250") shim for early-production manifolds with flat design.

Fitment:

• 2.0T engines only
• 2008–2013 Audi A3 (8P) 2.0T
• 2008–2014 Golf 2.0T
• 2008–2013 Jetta 2.0T
• 2012–2013 Beetle 2.0T
• 2012–2014 CC 2.0T
• 2009–2015 EOS 2.0T
• 2009–2010 Passat B6 2.0T
• 2010–2017 Tiguan 2.0T (AWD & FWD)

This intake manifold lever arm fix kit is a smart upgrade for maintaining performance, reliability, and throttle response on Gen 1 2.0T TSI platforms. A simple solution to a common problem—built to last.

Products received may vary slightly from images due to manufacturing tolerances or supply chain variables.