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Moog K8688 Steering Pitman Arm
| Brand | Moog K8688 |
|---|---|
| Greasable | Yes |
| Length Center to Center (Inch) | 5.157 |
| Mounting Hardware Included | Yes |
| Stud Thread | 1/2 x 20 |
| Fits | Ford, Lincoln, and Mercury · 24 vehicles |
Problem Solver design. MOOG adds enhancements that simplify installation and replacement.
Greasable design. Helps extend product life with routine maintenance.
Steering pitman arm. A direct-fit steering component for dependable linkage function.
Cross-references Delphi TA2408, Dorman - OE Solutions 531-325 and Mevotech Supreme MK8688 for the same application. See all 21.
MOOG K8688 Steering Pitman Arm
The MOOG K8688 steering pitman arm is built for direct replacement on select Ford, Lincoln, and Mercury full-size sedans. It features a greasable design to help reduce corrosion and wear, along with a 32-spline connection and 1/2 x 20 stud thread for a secure steering linkage fit.
Key Features
- Greasable design for serviceability and wear reduction
- 5.157-inch center-to-center length
- 32 splines for proper steering gear engagement
- 1/2 x 20 stud thread
- Mounting hardware included
- Direct replacement steering pitman arm for compatible applications
Product Details
MOOG K8688 is a steering pitman arm engineered for vehicles that use a 32-spline steering gear connection and a 1/2 x 20 stud thread. The greasable socket design supports routine maintenance and helps reduce the effects of corrosion and wear over time. This part is a fitment match for 1995-2002 Ford Crown Victoria, 1995-2002 Lincoln Town Car, and 1995-2002 Mercury Grand Marquis. If you are replacing a worn steering pitman arm on a Ford Crown Victoria, Lincoln Town Car, or Mercury Grand Marquis, K8688 provides the correct dimensional and spline specifications for the listed applications.
This part cross-references Delphi TA2408 for the same application.
Common Problems This Part Can Address
- Excessive steering play caused by a worn pitman arm
- Loose or inconsistent steering response at the steering gear
- Wear at the steering linkage connection point
- Corrosion-related service issues in the steering socket area
- Noise or binding from a deteriorated steering pitman arm
Installation Notes
Verify spline count, stud thread, and center-to-center length before installation. Inspect the steering gear sector shaft, linkage components, and related hardware for wear before replacing the pitman arm. After installation, confirm steering wheel centering and perform a front-end alignment check as required by the vehicle service procedure.
Quality Assurance
MOOG is known for chassis components that incorporate design updates aimed at improving service life and simplifying replacement. K8688 follows that approach with a greasable service design and OE-style fitment details for the listed Ford, Lincoln, and Mercury applications.
| Year | Make | Model | Position | Notes |
|---|---|---|---|---|
| 2002 | Ford | Crown Victoria | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 2002 | Lincoln | Town Car | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 2002 | Mercury | Grand Marquis | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 2001 | Ford | Crown Victoria | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 2001 | Lincoln | Town Car | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 2001 | Mercury | Grand Marquis | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 2000 | Ford | Crown Victoria | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 2000 | Lincoln | Town Car | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 2000 | Mercury | Grand Marquis | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1999 | Ford | Crown Victoria | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1999 | Lincoln | Town Car | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1999 | Mercury | Grand Marquis | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1998 | Ford | Crown Victoria | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1998 | Lincoln | Town Car | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1998 | Mercury | Grand Marquis | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1997 | Ford | Crown Victoria | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1997 | Lincoln | Town Car | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1997 | Mercury | Grand Marquis | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1996 | Ford | Crown Victoria | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1996 | Lincoln | Town Car | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1996 | Mercury | Grand Marquis | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1995 | Ford | Crown Victoria | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1995 | Lincoln | Town Car | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
| 1995 | Mercury | Grand Marquis | N/A | Greasable socket design included for corrosion and wear minimization on Suspension Ball Joint. |
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