A Powerstroke EGR delete kit is not a single product — it's four different kits for four different EGR configurations. The 6.4L is the only engine in the Ford diesel lineup that runs two EGR coolers in series; both have to come out. The 6.0L uses a valley-mount single-pass cooler with its own coolant bypass routing. The 6.7L changed EGR mounting geometry between the 2011–2019 and 2020+ generations, making those two kits incompatible with each other.
Powerstroke EGR Delete Kit Fitment
Powerstroke EGR delete kits are engine-specific, not universal. Ford used different EGR valves, cooler layouts, coolant routing, intake connections, sensors, mounting points, and block-off plate shapes across the 3.0L, 6.0L, 6.4L, and 6.7L Power Stroke engines. Confirm the engine, model year, truck model, and product exclusions before ordering.
3.0L Powerstroke EGR Delete Kit
2018–2021 Ford F-150
The 3.0L Powerstroke is based on the compact Lion diesel platform. Its EGR valve, cooler, intake connections, sensors, and mounting points are different from those used on Ford Super Duty trucks. A 3.0L F-150 EGR delete kit is not compatible with 6.0L, 6.4L, or 6.7L Powerstroke applications.
View the 3.0L Powerstroke EGR delete installation guide.
6.0L Powerstroke EGR Delete Kit
2003–2007 F-250, F-350, F-450, and F-550
The 6.0L Powerstroke uses a single EGR cooler mounted in the engine valley. Installation requires access to the valley-mounted cooler and engine-specific coolant bypass routing. Tight access and cooling-system work make this installation more involved than a simple block-off plate replacement.
View the 6.0L Powerstroke EGR delete installation guide.
6.4L Powerstroke EGR Delete Kit
2008–2010 F-250, F-350, F-450, and F-550
The 6.4L Powerstroke uses two EGR cooler assemblies, commonly described as the primary and secondary coolers or the horizontal and vertical coolers. A complete 6.4L EGR delete kit must address both cooler sections and include the correct engine-specific block-off and coolant-routing components.
6.7L Powerstroke EGR Delete Kit
2011–2019 F-250, F-350, F-450, and F-550
The 2011–2019 6.7L Scorpion applications are commonly grouped into the pre-2020 EGR kit family. These trucks use a different EGR mounting configuration from the 2020+ engine. Always confirm the exact model-year range listed on the product page because sensor provisions, coolant connections, and included hardware may vary.
View the 2011–2019 6.7L Powerstroke EGR delete installation guide.
6.7L Powerstroke EGR Delete Kit
2020+ F-250, F-350, F-450, and F-550
The 2020 and newer 6.7L Powerstroke uses revised EGR mounting geometry, engine hardware, coolant connections, and sensor locations. A 2020+ kit is not interchangeable with a 2011–2019 6.7L EGR delete kit. Match the kit to the exact model year and review any cab-and-chassis or vehicle-specific exclusions before ordering.
View the 2020+ 6.7L Powerstroke EGR delete installation guide.
Fitment reminder: Engine displacement alone is not enough to confirm compatibility. Check the truck year, model, engine generation, EGR cooler layout, mounting geometry, coolant routing, sensor configuration, included hardware, and product exclusions before purchasing.
Compliance Note: These products are intended only for legal off-road, closed-course, competition, race, or export applications. Check the emissions and vehicle regulations that apply where the truck will be registered and operated.
Powerstroke EGTs, Intake Temperatures, and Towing After an EGR Delete
The measurable change that matters most to Powerstroke owners who tow is EGT (exhaust gas temperature). Under trailer load, the EGR system is recirculating the highest volume of hot exhaust gases back into the intake — at exactly the moment the engine is working hardest and combustion heat is highest. After the delete, intake air is ambient temperature instead of exhaust-heated. EGTs at the same tow weight and grade drop. Towing with a deleted 6.7 Powerstroke covers this with measured data.
At idle and normal driving, the change is different: intake temperatures drop because fresh air replaces recirculated exhaust, and carbon doesn't continue accumulating on intake manifold walls. Throttle response firms up mid-range on the 6.7L — the EGR valve was restricting intake airflow at moderate boost pressure. On the 6.0L, removing the cooler from the cooling circuit means the engine's thermal management is no longer fighting a heat-soaked cooler failure in progress. Most owners see improved fuel efficiency on extended highway pulls after pairing the delete with a tune. For a full rundown of what to expect, see 6.7 Powerstroke EGR delete pros and cons.
Why Choose a SPETUNER Powerstroke EGR Delete Kit?
Powerstroke EGR kits should be designed around the actual engine layout rather than a generic block-off plate. On the 6.0L, the EGR cooler sits in the engine valley, where access is limited and the coolant bypass routing must match the 6.0L cooling circuit. SPETUNER 6.0L components are shaped for the valley-mount configuration instead of being adapted from a universal EGR plate.
On the 6.4L Powerstroke, the kit configuration addresses both EGR cooler assemblies rather than bypassing only one side of the system. On the 2020+ 6.7L Powerstroke, the block-off components account for the revised mounting geometry instead of reusing a modified 2011–2019 plate. The 3.0L F-150 kit is built around the separate Lion diesel platform.
Depending on the selected kit, components may include CNC-machined billet aluminum block-off plates, TIG-welded 304 stainless steel bypass parts, coolant routing hardware, gaskets, clamps, hoses, and installation hardware. Always review the individual product page because kit contents, material specifications, tuning requirements, model-year coverage, and truck exclusions can vary.
Engine-specific installation guides are available before purchase for the 3.0L F-150, 6.0L Powerstroke, 2011–2019 6.7L Powerstroke, and 2020+ 6.7L Powerstroke. Reviewing the guide before ordering helps you confirm tool access, coolant routing, sensor connections, installation difficulty, and whether additional parts are needed for the complete build.
Do I Need Other Upgrades With an EGR Delete?
An EGR kit may be only one part of an off-road Powerstroke build. Match all related parts to the same engine, model year, exhaust configuration, and calibration strategy.
- Powerstroke tuners and calibration tools: Used on supported applications when the ECU calibration must match the installed hardware.
- Powerstroke intercooler pipes: Designed for cracked charge pipes, loose boots, weak clamps, boost leaks, and engine-specific charge-air upgrades.
- Powerstroke CCV and PCV reroute kits: Help manage crankcase vapor and oil mist entering the turbo inlet and intake tract.
- Powerstroke DPF delete kits: Engine- and model-year-specific exhaust components for compatible off-road configurations.
- Powerstroke complete delete kits: Bundled options that may combine matched EGR, DPF, exhaust, and tuning components for selected applications.
Powerstroke EGR Delete Kit FAQs
Q: Does the 6.4L Powerstroke EGR delete kit remove both EGR coolers?
A: Yes, a complete 6.4L Powerstroke kit must address both EGR cooler assemblies. The 6.4L system uses two cooler sections, commonly described as the primary and secondary coolers or the horizontal and vertical coolers. The complete kit uses engine-specific block-off and coolant-routing components for both parts of the EGR system. Check the product contents before ordering to confirm that both cooler positions are covered.
Q: My 6.0L Powerstroke already had the EGR cooler replaced. Does an EGR delete still make sense?
A: Yes, and it's the more permanent solution. The factory and replacement OEM coolers fail for the same structural reason under the same thermal stress — replacing it restores function until the conditions that caused the first failure cause the next one. The delete removes the cooler from the cooling circuit permanently. If your oil cooler is also restricted (common on high-mileage 6.0Ls), address that at the same time — the EGR delete alone won't solve an overheating issue caused by restricted oil cooler flow.
Q: What check engine codes does a Powerstroke EGR delete trigger?
A: Common codes include P0400 (EGR flow malfunction), P0401 (EGR flow insufficient), P0402 (EGR flow excessive), and P0404 (EGR circuit range/performance). The ECU monitors both EGR valve position and measured exhaust gas flow through the intake — removing the valve triggers all of these on the first startup. A tune removes EGR monitoring from the ECU. Without one, the truck runs a permanent check engine light and may enter reduced power mode. See do you need a tune after EGR delete.
Q: Does an EGR delete fix a Powerstroke overheating problem?
A: Not by itself. It can remove a failed or leaking EGR cooler from a competition-only configuration, but overheating can also come from a restricted oil cooler, low coolant, a weak degas cap, thermostat problems, radiator restriction, water-pump wear, head-gasket leakage, fan-clutch problems, excessive fueling, or a poor calibration. Diagnose the cooling system before assuming the EGR cooler is the only cause.
Q: How difficult is it to install a Powerstroke EGR delete kit?
A: Installation difficulty depends on the engine and the installer’s experience. A 6.0L Powerstroke requires access to the cooler in the engine valley and careful coolant bypass routing. A 6.4L installation must address both EGR cooler assemblies. The 6.7L requires generation-specific hardware, sensor handling, and coolant-system work. These are not universal plug-and-play installations. Review the engine-specific guide, required tools, coolant procedure, and product contents before starting. Professional installation is recommended when the installer is not comfortable working with diesel cooling, intake, and electronic control systems.
Q: What is the difference between a 6.4L and 6.7L Powerstroke EGR delete kit?
A: The kits use different block-off plates, coolant-routing parts, mounting points, sensor provisions, and installation procedures. The 6.4L Powerstroke uses two EGR cooler assemblies, so a complete kit must address both. The 6.7L uses a different EGR layout, and the 2020+ configuration is also different from the 2011–2019 design. A 6.4L kit cannot be used on a 6.7L, and a pre-2020 6.7L kit should not be assumed to fit a 2020 or newer truck.
Q: Do I need other upgrades with a Powerstroke EGR delete kit?
A: It depends on the engine, existing faults, and the intended off-road configuration. The electronic calibration must match the installed hardware where required. Existing cooling-system, oil-cooler, head-gasket, boost-leak, injector, turbo, or sensor problems still need to be diagnosed and repaired separately. Intercooler pipes, CCV reroute kits, cooling-system parts, and other exhaust components are optional or application-specific upgrades rather than automatic requirements for every truck.
Q: Can a Powerstroke EGR delete kit be used on a daily-driven street truck?
A: These products are intended only for legal off-road, closed-course, competition, race, or export applications. Removing or disabling emissions equipment may violate federal, state, provincial, or local regulations when the vehicle is registered or operated on public roads. Check the rules that apply to the vehicle and operating location before purchasing or installing the kit.
Q: Does SPETUNER provide fitment and installation support?
A: SPETUNER provides engine-specific product information and online installation guides for supported Powerstroke applications. Before ordering, confirm the engine size, model year, truck model, existing hardware, and product exclusions. For additional guidance, use the SPETUNER installation guide library or contact support with the truck year, model, engine, and the product being considered.
Disclaimer SPETUNER’s delete kits are intended for off-road or racing use only. They may not be street-legal in all areas, so please verify local laws before installation. Professional installation is strongly recommended to ensure the best results.