K&N Engineering 69-2553TTK Air Induction System for Dodge Challenger and Charger Hellcat 6.2L V8

The K&N Engineering 69-2553TTK air induction system is designed specifically for the Dodge Challenger and Charger Hellcat models equipped with the 6.2-liter supercharged V8 engine. This system features a reusable oiled filter made from high-quality materials that ensures optimal airflow and filtration, enhancing engine performance and efficiency. The aluminum construction with a black powder coat finish provides durability and an aggressive aesthetic, fitting seamlessly into the engine bay.

This air intake kit is engineered to improve horsepower and torque by increasing the volume of air entering the engine while maintaining filtration quality. Its installation is straightforward, with components precisely designed to fit the vehicle's specifications without the need for modifications. The system also contributes to better throttle response and acceleration, delivering a more responsive driving experience.

Designed for enthusiasts who seek performance upgrades, this kit complies with vehicle regulations and does not restrict air flow, making it suitable for various driving conditions. The kit includes all necessary hardware for a secure and reliable fit, ensuring long-lasting performance. Whether you're upgrading for daily driving or competitive racing, the K&N 69-2553TTK air intake system offers a combination of efficiency, durability, and improved engine sound, making it a valuable addition to your Dodge Hellcat.

Features:

• Replaces factory air intake for increased airflow

• Reusable oiled filter captures dirt and debris while allowing high airflow

• Constructed from durable aluminum with black powder coat finish

• Designed specifically for Dodge Challenger and Charger Hellcat 6.2L V8 engines

• Easy installation with precise fitment and included hardware

• Improves horsepower, torque, and throttle response

• Engine bay aesthetic enhancement with aggressive styling

• Ensures compliance with vehicle regulations and performance standards