exhaust
EGR Cooler
for 2012 Ford F-150 5.0L V8 Coyote · 4WD
Editorial review:Chris Hackleman — Master Technician · 20+ years · Jeff Moore — Master Lexus & Toyota Mechanic · 20+ years
Difficulty
Advanced
Time
3.9 h
Tools
12
Steps
15
✓Expert-verified. Personally reviewed and approved by OLP's master technicians (Chris Hackleman & Jeff Moore — 20+ years each). Always follow the vehicle's factory service information and torque specs.
This procedure covers the removal and replacement of the EGR cooler on the 2011-2014 Ford F-150 5.0L V8 Coyote engine, including coolant drainage, exhaust component removal, and system reassembly.
Warnings
⚠️Allow engine to cool completely before starting work. Coolant system operates under pressure and can cause severe burns.
⚠️Exhaust components remain extremely hot for extended periods after engine shutdown. Wait minimum 2 hours before beginning work.
⚠Coolant is toxic to animals and children. Dispose of used coolant properly according to local regulations.
ℹ️This procedure requires working from both above and below the vehicle. Ensure vehicle is properly supported on jack stands.
Tools required
Socket set (8mm-19mm)Essential
Torque wrenchEssential
Oxygen sensor socketEssential
Drain pan (minimum 2 gallon capacity)Essential
Ratchet with extensionsEssential
PliersEssential
Anti-seize compoundEssential
Coolant funnel with adapter
Pry bar
Wire brush
Jack and jack standsEssential
Wheel chocksEssential
Parts
- EGR cooler assembly × 1 — Use OEM specification
- EGR cooler gaskets × 2 — Use OEM specification
- Exhaust flange gasket × 1 — Use OEM specification
- Coolant hose clamps × 2 — As needed
Fluids
- Motorcraft Orange Coolant — 3 qt
Preparation
- Park vehicle on level surface and apply parking brake. Place wheel chocks behind rear wheels.
- Disconnect negative battery cable and wait 5 minutes for system discharge.
- Allow engine to cool completely (minimum 2 hours after last operation).
- Raise front of vehicle and support securely on jack stands rated for vehicle weight.
- Remove engine cover by pulling upward on clip fasteners.
- Place drain pan under radiator drain valve and drain coolant to below level of upper radiator hose.
- Relieve any residual cooling system pressure by slowly opening radiator cap.
Procedure
- 1Remove air intake componentsDisconnect the mass airflow sensor electrical connector. Loosen clamps on air intake tube and remove air intake assembly from throttle body to air filter housing. Set aside to provide access to upper engine components.
- 2Disconnect EGR cooler coolant hosesLocate the two coolant hoses connected to the EGR cooler. Use pliers to compress and slide hose clamps away from connections. Twist hoses gently to break seal, then pull off connections. Be prepared for residual coolant spillage. Cap or plug open coolant lines to prevent contamination.
- 3Remove heat shieldFrom above the engine, locate and remove the EGR cooler heat shield bolts. Remove heat shield and set aside. This provides access to the upper EGR cooler mounting points.Torque specHeat Shield Bolts10 Nm (7 lb-ft)
- 4Disconnect EGR valve connectorLocate the EGR valve on top of the EGR cooler assembly. Press the locking tab and disconnect the electrical connector. Move wiring harness aside to prevent damage during removal.
- 5Remove oxygen sensorWorking from below the vehicle, locate the oxygen sensor on the exhaust pipe near the EGR cooler. Disconnect the electrical connector. Use an oxygen sensor socket to remove the sensor. Note the condition of sensor threads for reinstallation preparation.⚠Oxygen sensors are fragile. Do not drop or strike the sensor element. Contamination with oil or coolant will require sensor replacement.Torque specO2 Sensor45 Nm (33 lb-ft)
- 6Disconnect exhaust pipe from manifoldLocate the exhaust flange connection between the exhaust manifold and exhaust pipe downstream of the EGR cooler. Remove exhaust hanger bolts to provide flexibility. Remove exhaust flange bolts and separate the connection. Support exhaust pipe to prevent strain on remaining connections.Torque specExhaust Flange Bolts45 Nm (33 lb-ft)Hanger Bolts25 Nm (19 lb-ft)
- 7Remove EGR tube from coolerLocate the EGR tube connection at the EGR cooler outlet. Remove the flange bolts securing the EGR tube to the cooler. Separate the tube from the cooler and move aside. Remove and discard the old gasket.Torque specExhaust Flange Bolts45 Nm (33 lb-ft)
- 8Remove EGR cooler mounting boltsLocate all EGR cooler mounting bolts securing the cooler to the engine block and exhaust manifold. Remove mounting bolts while supporting the cooler assembly. Note bolt locations as they may be different lengths.Torque specMounting Bolts34 Nm (25 lb-ft)
- 9Remove EGR cooler assemblyCarefully maneuver the EGR cooler assembly away from the engine, navigating around coolant lines and exhaust components. Remove assembly from vehicle. Remove and discard all old gaskets from mating surfaces on engine and exhaust manifold.
- 10Clean mating surfacesUse a wire brush or gasket scraper to thoroughly clean all gasket mating surfaces on the engine block, exhaust manifold, and EGR tube connection points. Remove all traces of old gasket material, carbon deposits, and corrosion. Wipe surfaces clean with a lint-free cloth. Inspect surfaces for damage or warping.⚠Do not gouge or damage aluminum mating surfaces. Deep scratches can prevent proper sealing and cause exhaust or coolant leaks.
- 11Install new EGR coolerPosition new gaskets on all mating surfaces. Carefully position the new EGR cooler assembly into place, ensuring coolant ports align correctly and gaskets remain properly seated. Start all mounting bolts by hand to ensure proper thread engagement before tightening.Torque specMounting Bolts34 Nm (25 lb-ft)
- 12Reconnect EGR tubeInstall new gasket between EGR tube and cooler outlet. Position EGR tube to cooler connection and install flange bolts. Tighten bolts in a cross pattern to ensure even gasket compression.Torque specExhaust Flange Bolts45 Nm (33 lb-ft)
- 13Reconnect exhaust componentsInstall new exhaust flange gasket. Reconnect exhaust pipe to manifold, aligning flange holes. Apply anti-seize compound to exhaust flange bolt threads. Install and tighten flange bolts in a cross pattern. Reinstall exhaust hanger bolts.Torque specExhaust Flange Bolts45 Nm (33 lb-ft)Hanger Bolts25 Nm (19 lb-ft)
- 14Install oxygen sensorApply anti-seize compound to oxygen sensor threads only, keeping compound away from sensor element. Thread oxygen sensor into exhaust pipe by hand, then tighten with oxygen sensor socket. Reconnect electrical connector ensuring positive lock engagement.Torque specO2 Sensor45 Nm (33 lb-ft)
- 15Reinstall remaining components and refill coolantReconnect EGR valve electrical connector. Reinstall heat shield using new hardware if original bolts are damaged. Reconnect coolant hoses to EGR cooler and secure with clamps. Reinstall air intake assembly and connect mass airflow sensor. Close radiator drain valve. Refill cooling system with Motorcraft Orange Coolant to proper level. Install radiator cap. Reconnect negative battery cable. Lower vehicle from jack stands.Torque specHeat Shield Bolts10 Nm (7 lb-ft)
Reassembly
- Always use new gaskets at all connection points. Reusing old gaskets will result in leaks.
- Ensure all electrical connectors are fully seated with locking tabs engaged.
- Double-check that all coolant hose clamps are properly positioned and tightened.
- Verify exhaust components have adequate clearance and are not contacting heat shields or body components.
Verification
- Start engine and allow to reach operating temperature while monitoring for coolant or exhaust leaks.
- Check coolant level after engine reaches operating temperature and top off as necessary.
- Verify no exhaust leaks are present at EGR cooler connections and exhaust flange by listening for hissing sounds.
- Check for coolant leaks at EGR cooler hose connections and around cooler mounting points.
- Verify EGR system operation using a scan tool to monitor EGR valve position and flow rates during test drive.
- Confirm no coolant smell in cabin and no visible coolant loss after several heat cycles.
- Check engine codes using scan tool to ensure no EGR or oxygen sensor fault codes are present.