Cloyes 2770S Engine Timing Gear Set

Engine Timing Gear Set Overview

Cloyes 2770S is a specific-fit engine timing gear set for applications that use a gear drive layout. It is built with high-alloy gears, helical tooth form, and a precision-machined bore for accurate fit and quiet operation.

Key Features

• Gear drive timing set for specific applications
• High-alloy gear construction for durability
• Helical tooth form helps reduce operating noise
• Precision-machined bore supports true fit
• Keyway adjustable: No

Detailed Description

This Cloyes timing gear set, part number 2770S, is engineered for Ford and Mercury applications that require a gear drive timing solution. The set is listed for the Ford F-150, Mustang, Windstar, Thunderbird, Taurus, E-150 Econoline, E-250 Econoline, F-150 Heritage, Freestar, and related Mercury and Lincoln models across the confirmed fitment range. Fitment notes indicate camshaft sprocket and crankshaft sprocket coverage for balance shaft applications. The helical tooth design supports quieter operation, while the machined bore helps maintain accurate alignment during assembly. This part cross-references Monroe Shocks & Struts (e.g., 82770S) for the same application.

Common Uses

• Replacing worn timing gears that can affect valve timing accuracy
• Addressing gear noise from a worn or damaged timing drive
• Restoring proper camshaft and crankshaft synchronization
• Servicing balance shaft-related timing drive components

Installation Notes

Verify engine application and balance shaft requirements before installation. Confirm that the gear drive layout matches the vehicle's original timing system, and inspect related timing components for wear before assembly. Because this is a specific-fit part, compare the existing sprocket and bore configuration to the vehicle's original setup before installation.

Quality Assurance

Cloyes manufactures timing components for specific-fit engine applications, and this set uses high-alloy materials with precision machining for consistent fit and operation.