The K&N 69-5302TTK Typhoon is an intake kit built around a mandrel-bent aluminum tube that replaces the factory airbox and intake tube on the Hyundai Genesis Coupe 2.0T turbo four. The tube has a textured black finish and feeds the turbo inlet, and the kit adds a heat shield that fills the space the stock airbox used to occupy. The oversized conical filter is oiled cotton and washable, so it is cleaned and reused rather than replaced. Buyers usually choose this over the factory box for sharper throttle response and a louder induction note. Owners on user forums describe the turbo building boost more quickly, but the trade-off is heat. Forum members question how well the included shield isolates intake air from engine bay heat, and they report that hotter intake air can cost power at low speeds and on the drag strip. Fitment years also vary across the sources we checked, and the 2013-2014 Genesis Coupe uses a separate kit with a chrome-topped filter, so confirm your exact model year before ordering. Search terms: Genesis Coupe 2.0T cold air intake, BK2 2.0T Typhoon intake, 2.0T turbo intake heat shield.
Model years differ across the sources we checked, so the application cannot be confirmed for every year. The 2013-2014 Coupe has a different K&N kit, the 69-5311TTK, with a chrome-topped filter. Verify your model year with the manufacturer before ordering.
Owners on user forums consistently report a much louder intake sound, with turbo noise that some find desirable and others find too intrusive for daily driving.
Owners on user forums report that the intake caused idle stop-and-go to stop working on their cars. One owner documented a workaround to disable the feature.
The install is generally a DIY job that takes under 90 minutes with a screwdriver, ratchet set, pliers, and wrenches, using the factory mounting points. The main gotcha is the factory hose clamp, which sits in a tight spot at the front; owners on user forums recommend a 8mm or 9/16-inch socket on a small wrench rather than a 10mm socket. Take care to route the EVAP vent line and crankcase hose correctly, since the tube is designed to accommodate both.
