2006 Ford Escape Axle Nut Torque Spec

OEM-referenced axle nut torque, socket size, and thread specs for the 2 axle and hub nut fasteners on the 2006 Ford Escape — including the Front Hub/Bearing Nut (Axle Nut) (All) (torques to 214 ft-lbs (290 Nm) [2001-2005]; 221 ft-lbs (300 Nm) [2006-2007], 32mm socket, M22x1.5 or M24x1.5 thread). The axle nut retains the CV axle in the hub and on many designs sets the wheel bearing preload, so the exact torque matters. Full bolt specs for the rest of the vehicle are linked below.

Front Axle / Hub Nut torque — 2006 Ford Escape

On the 2006 Ford Escape, the front axle / hub nut specs are: Front Hub/Bearing Nut (Axle Nut) (All) (torques to 214 ft-lbs (290 Nm) [2001-2005]; 221 ft-lbs (300 Nm) [2006-2007], 32mm socket, M22x1.5 or M24x1.5 thread). Axle nuts are safety-critical — staked and crimp-collar nuts are single-use on many models, so fit a new nut where the manufacturer requires it and verify the value against your factory service manual before reassembly.

Rear Axle / Hub Nut torque — 2006 Ford Escape

On the 2006 Ford Escape, the rear axle / hub nut specs are: Rear Hub/Axle Nut (All) (torques to 160 ft-lbs (217 Nm), 32mm socket, M20x1.5 thread). Axle nuts are safety-critical — staked and crimp-collar nuts are single-use on many models, so fit a new nut where the manufacturer requires it and verify the value against your factory service manual before reassembly.

How to torque the Escape axle nut correctly

Remove the cotter pin or unstake the old nut with a punch before loosening — never zip a staked nut out through the stake. Break the nut loose with the wheel on the ground (or have a helper hold the brakes) using a breaker bar. On reassembly, seat the CV axle fully, thread the new nut by hand, and bring it to the final spec with a calibrated torque wrench — an impact gun overshoots the spec and can damage the wheel bearing. Stake the collar into the spindle groove (or fit a new cotter pin / cage) once torqued. An under-torqued axle nut lets the bearing run loose and fail; an over-torqued one destroys the bearing preload.

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