BGMG 3-4-13761-1 Differential End Yoke - Front Differential

Differential End Yoke for Ford Front Axles

This FSGR differential end yoke is a direct-fit driveline component for front differential service on select Ford trucks and SUVs. It is listed under part number 3-4-13761-1 and matches applications that require a front differential end yoke for the specified vehicles.

Key Features

• Part type: differential end yoke
• Brand line: FSGR
• Front differential application
• Fits select Ford Excursion, F-250, F-250 Super Duty, F-350, and F-350 Super Duty models
• Part number: 3-4-13761-1

Fitment Details

• Fits 2000-2005 Ford Excursion, Front Differential
• Fits 1998-2002 Ford F-250, Front Differential
• Fits 1999-2002 Ford F-250 Super Duty, Front Differential
• Fits 1998-2002 Ford F-350, Front Differential
• Fits 1999-2002 Ford F-350 Super Duty, Front Differential

Built for front differential use, this differential end yoke is the connection point that links driveline components in the axle assembly. If you are servicing a Ford Excursion front differential or replacing a worn yoke on an F-250 Super Duty or F-350 Super Duty, 3-4-13761-1 provides the correct application match for the listed vehicles.

Common Repair Uses

• Replacing a worn or damaged front differential yoke
• Addressing driveline vibration related to yoke wear
• Restoring proper connection at the front differential
• Repairing spline or seal surface wear at the axle end
• Servicing front axle driveline components on Ford trucks and SUVs

Installation Notes

Verify axle and differential configuration before installation to confirm the correct front differential application. Inspect related driveline parts, seals, and mating surfaces during service, and compare the existing yoke to part number 3-4-13761-1 before assembly. Professional installation is recommended for driveline and axle repairs.

Quality Assurance

FSGR identifies this component by part number 3-4-13761-1 for the listed Ford front differential applications. Confirm vehicle year, model, and front differential position against the fitment data before ordering.