The Injen SP1350WB Short Ram Air Intake System is engineered to unlock hidden power in the 2018-2023 Kia Stinger 3.3L Twin Turbo V6. This flagship SP Series intake replaces the restrictive factory intake tract with dual ram horn aluminum tubes featuring stepped diameters that allow the turbochargers to breathe freely while maintaining optimal intake velocity.
Performance Gains:
- Dyno-proven gains of up to 21 horsepower and 18 lb-ft of torque
- Maintains safe air/fuel ratios throughout the powerband
- No additional tuning required for installation
- Aggressive throttle response and enhanced turbo spool
Premium Construction:
- Dual 6061-T6 aluminum intake tubes with stepped design (3.00" to 2.50" to 2.25")
- Wrinkle Black powder-coated finish for aggressive under-hood aesthetics
- Features Injen's patented MegaRam (MR) Technology for optimized airflow
- Smooth mandrel-bent tubing eliminates restrictions and turbulence
- Fully serviceable SuperNano-Web dry air filter for superior filtration and airflow
What's Included:
- Complete bolt-on intake system with all necessary hardware
- Injen SuperNano-Web dry air filter (replacement filter: X-1078-BB)
- Optional hydroshield available separately (part number 1120BLK)
This intake delivers an aggressive engine tone under full throttle that perfectly complements the Stinger's performance character. Manufactured in Pomona, California, USA, and backed by Injen Technology's Limited Lifetime Warranty. Also available in Wrinkle Red (SP1350WR) and Polished (SP1350P) finishes.
Important Notes: This product is not CARB exempt and is not legal for sale or use in California or on vehicles registered with the California DMV. Direct fit for 2018-2023 Kia Stinger V6-3.3L Twin Turbo models only.
WARNING: This product can expose you to chemicals including Chromium, Nickel, Carbon Black, Bisphenol A/Epichlorohydrin Polymer, Cobalt, Antimony Oxide, Arsenic, Beryllium, Hexavalent Chromium, Cadmium, and Lead, which are known to the State of California to cause cancer, birth defects, or other reproductive harm.