K&N 63 Series Cold Air Intake
11-24 Chrysler 300C / Dodge Challenger / Charger 5.7L Hemi
63-1114
The K&N® 63 Series Cold Air Intake replaces the restrictive factory air intake system, allowing the engine to breathe more efficiently for improved power, acceleration, and throttle response. Its roto-molded HDPE intake tube paired with an oversized oiled cotton High-Flow Air Filter™ provides exceptional airflow and filtration. A custom heat shield protects intake air from engine heat for consistent performance. The washable, reusable filter can last up to 100,000 miles before servicing under normal highway driving conditions. Installation is straightforward, typically taking less than 60 minutes using basic hand tools and existing factory mounting points. Designed to replace the factory air filter and intake tube, this system enhances performance without affecting the vehicle warranty. It delivers a guaranteed 11.77 HP increase at 4513 RPM and 14.5 lb-ft of torque gain.
- Guaranteed horsepower gain (~11.77 HP @ 4513 RPM) and torque gain (~14.5 lb-ft)
- Roto-molded HDPE intake tube for high airflow
- Oversized washable oiled cotton High-Flow Air Filter™ (98.6% efficiency)
- Custom heat shield protects intake from engine heat
- Replaces factory air filter and intake tube
- Filter lasts up to 100,000 miles before cleaning
- Easy installation, typically under 60 minutes
- Includes stainless steel clamps, couplers, and mounting hardware
- Black intake tube finish
- No-Hassle Lifetime Limited Warranty
- Street legal in most states; not legal in California for pollution-controlled vehicles
K&N is one of the most recognized names in performance filtration, offering reusable high-flow air filters, cold air intakes, and related filters for street and motorsports use. Their products are designed to improve airflow and serviceability—ideal for enthusiasts who want performance-oriented filtration and easy maintenance.
K&N 63 Series Cold Air Intake: Chrysler 300C / Dodge Challenger / Charger 5.7L Hemi 2011 - 2023
- Unit price
- /per
What does the Available to Promise date mean?
ETA stands for Estimated Time of Arrival. The date shown is calculated using our Available-to-Promise (ATP) system, which tracks real-time supplier commitments to determine when a product is expected to be available for delivery. Specifically, the date is calculated by adding 9 business days from the date a supplier has committed to ship the product, representing a worst-case scenario for when we can expect to receive inventory.
Please note: The ETA is an estimate, not a guarantee. While we work closely with our suppliers to keep dates as accurate as possible, delays due to shipping carriers, weather, customs, or supplier-side issues may occasionally push the actual arrival beyond the date shown. Likewise, inventory may arrive sooner than the ETA in many cases. If you would like to be notified for when this item arrives, sign up for our back in stock notifications!
63-1114 K&N Filters 11-24 Chrysler 300C / Dodge Challenger / Charger 5.7L Hemi 63 Series Cold Air Intake. The K&N® 63 Series Cold Air Intake increases horsepower, torque, and throttle response while enhancing engine sound. Featuring a roto-molded HDPE intake tube, oversized washable oiled cotton filter, and heat shield, it delivers high airflow and protects intake air from engine heat. Quick installation and No-Hassle Lifetime Limited Warranty ensure long-lasting performance for your vehicle.
FREE GROUND SHIPPING
Adding product to your cart
K&N 63 Series Cold Air Intake
11-24 Chrysler 300C / Dodge Challenger / Charger 5.7L Hemi
63-1114
The K&N® 63 Series Cold Air Intake replaces the restrictive factory air intake system, allowing the engine to breathe more efficiently for improved power, acceleration, and throttle response. Its roto-molded HDPE intake tube paired with an oversized oiled cotton High-Flow Air Filter™ provides exceptional airflow and filtration. A custom heat shield protects intake air from engine heat for consistent performance. The washable, reusable filter can last up to 100,000 miles before servicing under normal highway driving conditions. Installation is straightforward, typically taking less than 60 minutes using basic hand tools and existing factory mounting points. Designed to replace the factory air filter and intake tube, this system enhances performance without affecting the vehicle warranty. It delivers a guaranteed 11.77 HP increase at 4513 RPM and 14.5 lb-ft of torque gain.
- Guaranteed horsepower gain (~11.77 HP @ 4513 RPM) and torque gain (~14.5 lb-ft)
- Roto-molded HDPE intake tube for high airflow
- Oversized washable oiled cotton High-Flow Air Filter™ (98.6% efficiency)
- Custom heat shield protects intake from engine heat
- Replaces factory air filter and intake tube
- Filter lasts up to 100,000 miles before cleaning
- Easy installation, typically under 60 minutes
- Includes stainless steel clamps, couplers, and mounting hardware
- Black intake tube finish
- No-Hassle Lifetime Limited Warranty
- Street legal in most states; not legal in California for pollution-controlled vehicles
K&N is one of the most recognized names in performance filtration, offering reusable high-flow air filters, cold air intakes, and related filters for street and motorsports use. Their products are designed to improve airflow and serviceability—ideal for enthusiasts who want performance-oriented filtration and easy maintenance.
-
-
YEARMAKEMODELSUBMODEL2011 - 2024Chrysler3005.7L Hemi2011 - 2023DodgeChallenger5.7L Hemi2011 - 2023DodgeCharger5.7L Hemi
-
Standard shipping
Free Standard Shipping on orders over $300. Select “Free Shipping” at checkout. *Exclusions apply on oversized and freight items.
Free Easy Returns
Need to return an item? We make it easy. Email us and we'll send you a free return label with instructions on how to return.
-
Standard shipping
Free Standard Shipping on orders over $300. Select “Free Shipping” at checkout. *Exclusions apply on oversized and freight items.
Free Easy Returns
Need to return an item? We make it easy. Email us and we'll send you a free return label with instructions on how to return.