Injen 2022+ Kia Stinger 2.5L Turbo Polished SP Short Ram Cold Air Intake System

Part #: SP1352P

The SP series of cold air intakes is Injen s flagship system in their lines of traditional aluminum cold air intake systems. It provides an intake growl that will surely excite your senses as you open up your Kia Stinger and let that turbo spool. The soul of this intake is found within 6061-T6 aluminum air intake tube that provides a smooth uninterrupted path for highly efficient airflow. Our engineers have painstakingly designed the intake to provide the highest levels of safe power, along with clean aesthetics that will impress every time you open your hood. In addition to the impressive power increase, the Injen team has ensured that a safe Air fuel (A/F) ratio has been maintained throughout the power band.

Features:

• Dyno Proven gains of up to 18 hp and 20 lb-ft. of torque
• Massive 4.0in mandrel-bent aluminum tubing for maximum power!
• Smooth intake piping eliminates restrictions and improves airflow
• Aggressive engine tone while under full throttle
• Manufactured from 6061-T6 aluminum intake tubing
• Includes custom heat shield specifically designed for this application
• Short Ram Air Intake Design
• Provides power gains while maintaining A/F ratios
• No additional tuning required
• Fully serviceable Injen SuperNano-Web dry air filter
• Replacement air filter part number X-1070-BB
• Optional hydroshield part number 1076BLK
• Available in three amazing finishes
• SP1352P (Polished)
• SP1352WB (Wrinkle Black)
• SP1352WR (Wrinkle Red)
• Made in Pomona California, USA
• Injen Technology Limited Lifetime Warranty
• Note: This product is not currently CARB exempt and is not available for purchase in California or for use on any vehicle registered with the California Department of Motor Vehicles.

SP Aluminum Series Short Ram Air Intake System, Part No. SP1352P, 2022-2023 Kia Stinger L4-2.5L Turbo

This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.