Ford Transit Connect Mk2 Manual Gear Selector Cables Linkage Cable DV6R-7E395-SC

Ford Transit Connect Mk2 Manual Gear Selector Cables Linkage Cable is an original transmission control system component designed for Ford vehicles equipped with a manual gearbox. The precisely selected length and operating characteristics of the cables ensure reliable gear lever operation and repeatable, predictable gear selection. This solution allows for restoring the proper operation of the gear shifting mechanism without interfering with the gearbox construction.

Specifications and technical data

• SKU: DV6R-7E395-SC
• Mark: Ford
• Condition: Used
• OEM Part Number: DV6R-7E395-SC
• Substitutable numbers: DV6R-7E395-SC, DV6R7E395SC, 2141045, DV6R-7E395-SD, DV6R7E395SD
• Gearbox type: Manual
• Category: Gear Levers, Cables & Linkages

Purpose and function in the gear shifting system

The manual gear selector cables in the Ford Transit Connect Mk2 are responsible for transferring movement from the gear lever in the cabin to the gearbox selector mechanism. A correctly selected component allows for:

• maintaining stable, repeatable lever positions in every gear,
• reducing play and imprecise gear lever operation,
• ensuring proper cooperation with the manual gearbox without additional modifications.

By using a solution consistent with the factory design, the system retains its original operating characteristics, which is particularly important in intensively used commercial vehicles.

Construction and fitment for Ford Transit Connect Mk2

The presented set of cables belongs to the Gear levers, connectors and cables group, which means it has been designed to work with the stock selector mechanism in the Ford Transit Connect Mk2. The design provides for:

• mechanical control of the manual gearbox using linkages,
• use of factory mounting points on the body and the gearbox,
• compatibility with the original gear lever in the cabin.

Such fitment reduces the time required for installation and minimizes the risk of adjustment problems after replacing the component.

Performance characteristics and advantages of use

Using original manual gear selector cables in the Ford Transit Connect Mk2 allows for restoring the correct operation of the transmission control system. In practice, this means:

• more confident gear engagement, especially under load,
• reduced resistance during gear changes,
• better vehicle control in urban conditions and on the road.

A used component with preserved functionality is a cost-effective service solution, allowing for reduced repair costs while maintaining the factory concept of the gear shifting system.

Integration with the manual gearbox

The cables are designed to work with the manual transmission type, which ensures compatibility with the factory control system in the Ford Transit Connect Mk2. Proper selection of the component for the gearbox type is crucial for:

• the correct range of lever movement in every direction,
• avoiding problems with engaging individual gears,
• maintaining vehicle operational safety in daily work.

Thanks to maintaining the original geometry of the system, there is no need to modify other transmission control components after installation.

Expanding the gear control system in Ford

If you are planning a comprehensive repair or upgrade of the gear control area in your Ford and need other components from the same group, such as levers, connectors, or additional linkages, check the available parts in the Ford gear levers, connectors and cables category.

Technical support and knowledge about gear shifting systems

When planning service work, it is worth considering the general principles of selecting and operating drive control components. For a comparison of design solutions and the impact of individual components on vehicle handling, the material dedicated to sports designs, such as the Golf GTI, may be helpful – you can find it in the article Hot-hatch legend: the evolution of the VW Golf GTI from Mk1 to Mk8 – design changes and VW car parts, where, among other things, the importance of precise drive control in different generations of the model is discussed.