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Starting at low prices, AutoBuffy stocks multiple clutch release arms from top OE-quality brands to fit the Porsche 944. The release arm (also called a clutch fork) pivots inside the bell housing to push the throw-out bearing against the pressure plate, disengaging the clutch. When it cracks, wears, or loses its pivot ball, gear changes become unreliable and the clutch may stop releasing entirely.
The main decision is material and whether you're doing a full clutch kit replacement or spot-replacing the arm alone. OE-spec steel arms are the straightforward choice for most drivers, but upgraded forged or reinforced units matter on performance or high-mileage applications. Also confirm whether the arm is sold with or without the pivot ball and retaining clip, since some Porsche 944 applications require those separately.
| Option | Best for | What you get |
|---|---|---|
| OE-Replacement Stamped Steel | Daily drivers replacing a worn or cracked arm like-for-like | Direct factory fitment, correct pivot geometry, typically the lowest cost entry point |
| Forged Steel Upgraded Arm | Higher-mileage vehicles or drivers who want added durability over the stock unit | Greater resistance to bending and cracking under repeated load, longer service life |
| Arm with Pivot Ball Kit | Vehicles where the pivot ball is also worn, corroded, or damaged | Complete pivot assembly in one purchase, eliminates mismatched wear between arm and ball |
| Performance / Reinforced Arm | Modified engines, performance clutch upgrades, or track-use Porsche 944 builds | Heavier construction designed to handle increased clamping loads from upgraded pressure plates |
Replacing the clutch release arm requires removing the transmission to access the bell housing, so the vehicle must be safely supported and the driveshaft or axles disconnected as applicable. Once inside the bell housing, the arm unclips or levers off the pivot ball and the throw-out bearing slides free. Reinstall the new arm firmly onto the pivot ball, verify the bearing is correctly seated in the arm's fingers, and reassemble in reverse order, torquing all fasteners to manufacturer specification.