aFe 56-70038D Takeda DRY Cold Air Intake for 18-25 Kia Stinger/Genesis G70 3.3-L

Vehicle Fitment

• 2018-2025 Kia Stinger (GT, GT1/2/Elite/Limited trims) with 3.3-L V6 Twin-Turbo (TT); RWD/AWD
• 2019-2025 Genesis G70 (Base, Sport, Advanced, Prestige, Launch Edition trims) with 3.3-L V6 Twin-Turbo; AWD only

Fitment Notes

• Designed exclusively for 3.3-L V6 twin-turbo engines in Kia Stinger and Genesis G70; not compatible with 2.0-L turbo or diesel variants.
• OEM inlet and MAF retained; bolt-on installation with no cutting required.
• Not CARB-exempt; not legal for sale or use in California or emissions-restricted states.

Features

• 6- tall inverted Pro DRY S synthetic radial filter (oil-free, 3-layer) for easy maintenance
• One-piece sealed XLPE housing with dual sight windows for filter inspection
• Dyno-tuned roto-mold intake tube optimized for throttle response
• Flow gain up to ~27%; dyno-verified gains of +25-HP / +22-lb-ft torque
• Washable and reusable dry media filter
• Stainless steel clamps and reinforced silicone coupler included
• Constructed in the USA; 2-year limited warranty (filter lifetime limited)

Specifications

• Measured Flow: ~305-CFM @-7- H-O; Flow Gain: ~+27%
• Filter Flange: ~3.5- ID; Filter Height: ~6-
• Housing: Cross-linked polyethylene; Tube: Roto-mold plastic
• Weight: ~6-lb; System Type: Sealed intake with sight windows

Included Components

• 1- sealed housing & intake tube assembly
• 1- Pro DRY S filter (pre-installed)
• 1- Silicone coupler & stainless clamps
• Installation instructions

Product Description

The aFe Takeda Momentum Pro DRY S 56-70038D intake system is engineered for Kia Stinger and Genesis G70 models equipped with the 3.3-L V6 twin-turbo engine, covering 2018-2025. Verified using official fitment data and vendor catalogs, it delivers approximately +27% increased airflow and up to +25-HP gains. With a sealed housing, sight windows, and a large dry filter, this system installs bolt-on using factory inlet geometry and exits with improved tone, efficiency, and throttle response.