Arlen Ness Big Sucker Air Cleaner Kit - Black - 50-570

Upgrade your motorcycle's performance with the Arlen Ness Big Sucker™ Air Filter Kit. This kit is engineered to provide your engine with maximum airflow, ensuring optimal performance and efficient breathing. The sleek design and black finish add a touch of style while enhancing your bike's capabilities.

Description

The Arlen Ness Big Sucker™ Air Filter Kit features hidden breather technology, with each breather o-ringed at the heads and exiting at the mouth of the injector/carb. This eliminates the need for external hoses or hardware, resulting in a clean and streamlined look. The radius air inlet maximizes airflow, providing unobstructed performance gains. Constructed with a one-piece aluminum backing plate, this air cleaner kit combines durability with enhanced engine breathing. The Stage I design ensures compatibility with a range of motorcycles, making it an ideal choice for enthusiasts and professionals seeking improved engine performance and a customized aesthetic.

Features & highlights

• Maximizes engine performance with unobstructed airflow through the radius air inlet.
• Features hidden breather technology, eliminating the need for external hoses and hardware.
• One-piece aluminum backing plate provides durability and efficient engine breathing.
• O-ringed breathers at the heads ensure a secure and leak-free connection.
• Includes all necessary hardware and instructions for straightforward installation.
• Sleek black finish adds a custom look to your motorcycle.
• Water-resistant filter media ensures reliable performance in various riding conditions.

Technical specifications

• Brand: Arlen Ness
• Product Name: Air Cleaner
• Air Cleaner Shape: Round
• Design: Stage I
• Color/Finish: Black
• Base Color: Black
• Material: Aluminum
• Filter Media Material: Synthetic
• Features: Water Resistant
• Units: Kit

Important to know

Ensure proper fitment for your specific motorcycle model before installation. Professional installation is recommended for optimal performance.