DNA Performance Air Filter Kawasaki Ninja H2 2015-23

DNA Performance Air Filter for the Kawasaki Ninja H2 (SX / SE)

Enhance the performance of your Kawasaki Ninja H2 with the DNA Performance Air Filter, engineered for increased airflow and superior filtration. Designed for both road and race use, this high-performance air filter is ideal for riders seeking maximum efficiency and engine protection.

Compatible Models:

• Kawasaki Ninja H2 2015-2022
• Kawasaki Ninja 1000 H2 Carbon 2017-2020
• Kawasaki Ninja 1000 H2 SX / SE 2018-2023

Key Features:

• Advanced Filtration Technology: Built with DNA®’s Full Contour design (FCd), providing a custom fit and optimised airflow for your Kawasaki Ninja H2.
• Significant Airflow Increase: Delivers a +40.31% increase in airflow compared to the OEM filter, with DNA filter flow rated at 142.70 CFM versus 101.70 CFM for the OEM.
• Superior Filtration Efficiency: Features 4 layers of DNA® Cotton, achieving a 98-99% filtering efficiency (ISO 5011 standard), ensuring robust engine protection.
• Simple Installation: Easily install using the instructions provided in the Kawasaki workshop manual for a quick and straightforward upgrade.

Technical Specifications:

• DNA Air Filter Flow: 142.70 CFM @ 1.5” H2O corrected @ 25°C
• OEM Air Filter Flow: 101.70 CFM @ 1.5” H2O corrected @ 25°C
• Increased Airflow: +40.31% over the OEM filter
• Filtering Efficiency: 98-99% (ISO 5011 standard)

Design & Manufacture:

• High-Quality Construction: Built with 4 layers of DNA® Cotton for superior filtration and airflow, designed to protect your engine under demanding conditions.
• Race & Road Use: This High Flow Air filter is engineered to handle both road and race environments, maximising performance in any setting.

Performance Benefits:

• Enhanced Airflow: With a +40.31% increase over the OEM filter, this DNA air filter improves engine responsiveness and overall performance.
• High Filtration Efficiency: Protects your engine from dust and debris, contributing to extended engine life and optimal performance.