Product Summary

The DNA P-S13S21-0R Air Filter for the Suzuki Hayabusa 1300 Gen III (2021) boosts performance with +38.93% more airflow and race-grade filtration. Durable, reusable, and perfect for both street and race use.

DNA Air Filter For Suzuki Hayabusa 1300 Gen III (2021) – P-S13S21-0R

Unlock the full performance potential of your Suzuki Hayabusa 1300 Gen III (2021) with the DNA P-S13S21-0R High-Performance Air Filter. Engineered with advanced FCd (Full Contour design), this premium air filter delivers significantly increased airflow and superior filtration efficiency for both street and track use.

Performance Upgrade

• Enhanced Airflow – DNA Air Flow: 215.20 CFM vs. OEM: 154.90 CFM

• Increased Airflow – Boosts air intake by +38.93%, improving throttle response and overall power.

• Race-Ready Filtration – Features 4 layers of high-performance cotton media with 98-99% filtration efficiency (ISO 5011 tested).

• Reusable & Washable – Offers long-term savings with easy maintenance.

Advanced Build & Compatibility

• Make: Suzuki

• Model: Hayabusa 1300 Gen III (2021)

• Engine CC: 1300

• Product Code: P-S13S21-0R

• Design Type: Full Contour Design (FCd)

• Usage: Road & Race

• Spark-Safe: Suitable for high-performance, tuned engines

Installation & Care

• Direct Fit: Designed to fit seamlessly into the stock airbox.

• Easy Install: Follow the workshop manual and DNA’s installation guide.

• Care: Washable with mild detergent and reusable, ensuring extended life.

• ❓ FAQs

  Q: Is this filter compatible with Hayabusa Gen I or II models?
  A: No, this model is specifically designed for Suzuki Hayabusa 1300 Gen III (2021).

  Q: Can I use this filter for racing purposes?
  A: Yes, this filter is designed for both road and race use and is spark-safe for tuned engines.

  Q: Is it washable and reusable?
  A: Absolutely! DNA filters are washable, reusable, and designed for long-term durability.

  Q: What makes this filter better than the stock one?
  A: It provides +38.93% more airflow and 98–99% filtration efficiency, which helps enhance throttle response and engine performance.