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Ford diesel service, specs, and known failures

6 0 Powerstroke

VGT Actuator Diagnosis by Power Stroke Generation

Identify the Power Stroke VGT system, compare command with response, and separate actuator faults from stuck vanes, wiring and boost leaks.

By Ray Cardenas · Sep 22, 2026

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7 3 Powerstroke

7.3 Powerstroke ICP Sensor: Symptoms, Tests and Replacement

Diagnose a 7.3 Powerstroke ICP sensor using the connector, unplug test, scan data and trouble codes—without confusing sensor failure with low oil pressure.

7 3 Powerstroke

Powerstroke Fuel Filter Replacement Intervals by Engine

Ford fuel-filter intervals for 7.3L through 6.7L Powerstroke engines, including severe-service limits and when to replace filters early.

6 0 Powerstroke

How Much Does It Cost to Bulletproof a 6.0?

Plan roughly $5,000–$10,000 for comprehensive professional work, with the final bill driven by coolers, head gaskets, studs, machining, and heads.

6 7 Powerstroke

6.7 Powerstroke CP3 Conversion: What to Verify

Verify year and chassis fitment, alternator layout, VIN recall status and installed cost, plus warranty, pump-capacity and belt-maintenance gaps.

6 7 Powerstroke

Does a Lifted Power Stroke Hold Its Value? Resale Math

See why a lifted 6.7 Power Stroke may lose 61%–100% of its modification spend, then split the truck and build losses for your own numbers.

Feature

Does the Ford Tariff Lawsuit Cover Super Duty Buyers?

A 2025 Super Duty buyer may share the Mach-E plaintiff’s theory, but Bullock v. Ford has no certified class, claims process, or guaranteed refund.

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6 7 Powerstroke

F-250 Backup Camera Recall 2026: Check Both Campaigns

Compare Ford recalls 26V489000 and 23V573000, see which Super Duty configurations match, and verify both campaign numbers by VIN before service.

6 7 Powerstroke

2027 Super Duty High-Output Diesel: What Changed

Ford dropped the standard-output 6.7L Power Stroke for 2027. Compare the HO diesel’s output, former $3,500 premium, towing claims, and unknowns.

Diesel Exhaust Fluid

Does the EPA DEF Derate Proposal Cover Super Duty?

See how EPA’s 2026 proposal treats 6.7 Power Stroke pickups, chassis cabs, upcoming model years, and trucks already running current calibrations.

6 7 Powerstroke

Super Duty Fuel Pump Recall: Why 26S17 Needs an Update

Find out whether Ford recall 26S17 applies after the 24S78 repair, what the corrected PCM reflash changes, and when pump symptoms need diagnosis.

7 3 Powerstroke

How to Diagnose a 7.3 Powerstroke Cam Sensor

A motionless tach while cranking can be a clue on pre-2002 trucks, but it is unreliable on 2002-2003 models because their clusters behave differently.

6 0 Powerstroke

How to Choose the Right 6.0 Powerstroke Head Studs

ARP 250-4202 is the most consistently represented option in retail evidence for stock, towing or moderately modified use, but only within a correctly scoped repair.

Diesel Exhaust Fluid

Diesel Exhaust Fluid in the Fuel Tank Has 5 Exposure Stages

On some diesel vehicles, pump operation can move contaminated liquid into the low-pressure fuel circuit even though the engine never starts.

6 7 Powerstroke

How 6.7 Powerstroke Cylinders Are Numbered

Passenger side gets 1 through 4, driver side gets 5 through 8, and both banks count from the grille toward the firewall. At the bumper, sides look reversed.

6 7 Powerstroke

6.7 Powerstroke DCR vs CP4: Conversion Costs and Risks

The DCR kit does not clean the tank, remove trapped metal from complex components, restore damaged injectors or reverse pre-conversion wear.

6 0 Powerstroke

Replacing a 6.0 Powerstroke ICP Sensor? Location Matters

Early configurations typically put the sensor behind the turbo; later ones use the passenger-side valve-cover location. Model year alone is not a fitment test.

7 3 Powerstroke

7.3 ICP Sensor Location: OBS vs. Super Duty Landmarks

The sensor is near the front, inboard portion of the driver-side cylinder head. What changes between layouts is the accessory arrangement.

Diesel Exhaust Fluid

Urea in DEF Fluid: A Nitrogen Compound for Emissions Control

Commercial DEF uses manufactured, highly purified urea, while urine contains an uncontrolled mixture that is unsuitable for an SCR system.

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