Skip to product information
1 of 3

Cold Air Intake for Ford Explorer (2011-2018) 3.5L V6 3.5L V6 Engine Non-Turbo



Regular price $179.99
Sale price $179.99 Regular price
Free Shipping within USA.

  • Guaranteed Fitment
  • Performance Tested
  • Lifetime Warranty

Want it soon? Order within

I18n Error: Missing interpolation value "end_date" for "Ends on {{ end_date }}"

Your 5th Gen Explorer is a capable family hauler, but the naturally aspirated V6 often feels hesitant when you need it most. It's time to delete the restrictive factory resonator and unlock the crisp throttle response and intake growl hidden inside your 3.5L Cyclone engine.

Performance Cold Air Intake for Ford Explorer (3.5L Ti-VCT V6)

The 5th Generation Ford Explorer (U502 chassis) marked a major shift to unibody construction, bringing with it the reliable 3.5L Ti-VCT "Cyclone" V6. While this engine is a workhorse, Ford strangled it from the factory with a maze of plastic baffling and a restrictive airbox designed solely to keep the cabin library-quiet. This design creates turbulence and forces the engine to work harder to draw in air, resulting in that feeling of "lag" when you step on the gas to merge onto the highway.

This T304 aluminum Cold Air Intake system solves the breathing problem. By replacing the corrugated rubber intake tube and the bulky stock airbox with mandrel-bent aluminum piping and a high-flow conical filter, we smooth out the airflow path. This laminar flow allows the 3.5L V6 to ingest a larger volume of cooler, denser air instantly. The result isn't just a number on a dyno sheet; it's a throttle pedal that feels connected to the engine. You get immediate pickup and a noticeable pull through the mid-range.

For the enthusiast who didn't buy the EcoBoost but still wants performance, this is the equalizer. The auditory experience is transformed completely. At cruising speeds, it remains civilized, but under hard acceleration, the intake generates a deep, throaty induction tone that lets you know the V6 is finally breathing freely. It’s a bolt-on upgrade that adds character to the daily drive without sacrificing reliability.

Why You Need This Upgrade

  • Unlock the V6: Increases horsepower and torque by up to 10% by removing intake restrictions.
  • Instant Response: drastic improvement in throttle response, eliminating the "sluggish" feeling off the line.
  • Aggressive Note: Maximizes airflow to create a deep, sporty sound that replaces the wheezing noise of the stock system.
  • Lifetime Filtration: The high-flow filter is washable and reusable, requiring cleaning only every 50,000 miles.
  • Premium Build: Constructed from T304 lightweight aluminum piping which dissipates heat faster than stock plastic.
Fitment 2011-2018 Ford Explorer
Engine Code 3.5L Ti-VCT V6 (Non-Turbo)
Installation Easy / < 60 Minutes
Material T304 Aluminum

Installation Notes

Installation is straightforward and requires only basic hand tools (screwdrivers and socket wrenches). The kit utilizes factory mounting points, so no cutting or drilling is necessary. Critical Step: You must disconnect your battery during installation and leave it disconnected for at least 15 minutes. This resets the ECU (Engine Control Unit), forcing it to relearn the new air volume and fuel trims. If you skip this step, the computer may try to compensate for the extra air based on old data, delaying your performance gains.

Replaces These OEM Applications

Fitment Note: This intake is specifically for the naturally aspirated 3.5L V6. It does NOT fit the 2.0L/2.3L EcoBoost or the 3.5L EcoBoost (Sport/Platinum) models.

  • 2011-2012 Ford Explorer with 3.5L V6 Engine (All Models)
  • 2013-2018 Ford Explorer with 3.5L V6 Engine (Non-Ecoboost and Non-Turbo ONLY)

Stop driving a strangled engine. Upgrade your Explorer's intake today for better efficiency, real power gains, and a sound that puts a smile on your face.


Engine Safety Rating
Difficulty 


Fitment

Make

Ford

Engine Size

  • 3.5L

Year

  • 2013
  • 2014
  • 2015
  • 2016
  • 2017
  • 2018
  • 2011
  • 2012

Installation & Tools

The Wrench Time

  • Estimated Time: 45-60 Minutes
  • Difficulty: 3/10 - A perfect beginner driveway project for the 2011-2018 Ford Explorer 3.5L Cyclone V6.

Tools You Will Need

  • 8mm and 10mm sockets with a ratchet and extension
  • T20 Torx bit (for transferring the factory MAF sensor)
  • Flathead screwdriver or nylon panel popper
  • Needle-nose pliers (for factory hose clamps if applicable)
Mechanic’s Pro Tip (The "Gotcha"):
The 2011-2018 Ford Explorer 3.5L naturally aspirated engines are notorious for brittle PCV/crankcase breather fittings. The plastic quick-disconnect locking tab on the factory intake tube gets baked by engine heat. If you yank it, you will snap the locking clip or the nipple right off the valve cover. Press the tab firmly and gently wiggle it off. Also, when handling the MAF sensor, absolutely do not touch the delicate wire element!

Phase 1: Removing the Factory Part

  1. Disconnect the Battery: Always start by disconnecting the negative battery terminal using a 10mm wrench to prevent check engine lights and allow the ECU to reset.
  2. Unplug the MAF Sensor: Locate the Mass Air Flow sensor on the factory airbox lid of your 2011-2018 Ford Explorer 3.5L. Slide the red safety locking tab back, press the release clip, and gently disconnect the harness.
  3. Loosen Intake Clamps: Grab your 8mm socket or a flathead screwdriver and loosen the factory hose clamp securing the corrugated intake tube to the throttle body.
  4. Disconnect the PCV Line: Gently release the retaining clip on the breather hose connected to the intake tube. Remember the "Gotcha" rule here—carefully pull it back without forcing it.
  5. Remove the Factory Airbox: Remove the 10mm mounting bolt securing the factory airbox to the driver-side fender apron. Lift the entire airbox and tube assembly straight up to pop it out of the lower rubber factory grommets.

Phase 2: Installing the Cold Air Intake for Ford Explorer (2011-2018) 3.5L V6 Non-Turbo

  1. Transfer the MAF Sensor: Using your T20 Torx bit, carefully unscrew the factory MAF sensor from the OEM housing. Do not drop it. Transfer it immediately to your new aftermarket intake tube using the supplied Allen bolts or screws.
  2. Assemble the Heat Shield: Drop the new heat shield into the factory airbox location. Push the lower mounting pegs firmly down into the factory lower grommets and secure the upper tab using the original 10mm mounting bolt.
  3. Install the Couplers and Tube: Slide the provided silicone coupler onto the throttle body and secure it loosely with an 8mm socket. Slide the new Cold Air Intake tube into the throttle body coupler, then attach the large high-flow air filter onto the end inside the heat shield. Tighten all clamps down snugly with your 8mm socket.
  4. Reconnect Hoses and Harness: Push the factory PCV breather hose onto the new intake tube fitting until you hear it click into place. Plug the MAF sensor harness back in and slide the red locking tab forward to secure it.
  5. First Startup Protocol: Reconnect your negative battery terminal and tighten it with your 10mm wrench. Start the vehicle, but do not touch the gas pedal for at least 20 seconds. Let the vehicle idle completely untouched so the ECU can adapt its air/fuel mixture to the increased airflow.

Disclaimer: This is a general guide provided for the 2011-2018 Ford Explorer 3.5L. Always refer to your factory service manual for exact torque specifications and safety procedures.

Warranty

All products are backed by our Limited Lifetime Warranty. We stand by our quality. [See terms]

Cold Air Intake for Ford Explorer (2011-2018) 3.5L V6 3.5L V6 Engine Non-Turbo

$179.99