Ford Kuga Mk2 Gear Linkage Cable 6 Speed Manual Diesel 2.0 FV4R-7E395-NB

Ford Kuga Mk2 Gear Linkage Cable 6 Speed Manual Diesel 2.0 is a precision transmission control component, designed specifically for use with manual gearboxes in diesel-powered vehicles. It is responsible for the reliable transfer of lever movement to the gear shifting mechanism, which translates into stable and predictable gearbox operation. Thanks to the use of the original Ford design, the cable maintains the correct routing geometry and supports comfortable operation of the six-speed transmission.

Specifications and technical data

• SKU: FV4R-7E395-NB
• Mark: Ford
• Condition: Used
• OEM Part Number: FV4R-7E395-NB
• Substitutable numbers: 2253170, FV4R-7E395-NB, FV4R7E395NB, FV4R-7E395-NC, FV4R7E395NC
• Fuel type: Diesel
• Gearbox type: Manual
• Part type: Gear Lever Cable
• Category: Gear Levers, Cables & Linkages

Purpose and function in the gear shifting system

The presented cable belongs to the Gear levers, connectors and cables group and is a key element acting as an intermediary between the lever in the cabin and the selector mechanism on the gearbox. In combination with the appropriate connectors, it ensures:

• stable movement guidance along the entire travel path of the lever,
• repeatable gear positioning in the manual gearbox,
• reduction of play and unwanted resistance during gear changes. The solution is dedicated to systems using a diesel engine and a six-speed manual transmission, which allows for maintaining compliance with the factory characteristics of the drivetrain.

Compatibility with the drivetrain

The cable has been designed to work with a manual gearbox in a six-speed configuration, used in the second-generation Ford Kuga with a 2.0 diesel unit. Proper matching of length, mounting points, and ends allows for:

• maintaining the correct lever throw in every plane,
• proper engagement of individual gears,
• maintaining the factory feel of neutral and individual operating gears. As a result, the driver receives a predictable gearbox response to hand movement, and the entire system remains consistent with the manufacturer's original specification.

Component characteristics and advantages of use

As a transmission control element, the gear linkage cable is responsible for the proper transfer of forces directly from the lever to the selector mechanism. The use of the original Ford design promotes:

• maintaining adequate stiffness while dampening vibrations from the gearbox area,
• reducing the risk of gears popping out caused by incorrect positioning,
• limiting wear of mating components due to correct operating geometry. This solution is particularly important in diesel-powered cars, where higher torque requires reliable and repeatable gear engagement. A functional gear linkage cable supports smooth driving both in city traffic and at constant highway speeds.

Condition, origin and assembly aspects

The offered element comes from the Ford brand and is classified as used, which allows for an economical repair of the gear shifting system while maintaining the original design. In practice, this means the ability to restore proper lever operation without the need to use replacements with uncertain specifications. During assembly, it is recommended to:

• check the condition of the mounts on the body and gearbox,
• inspect mating connectors and joints,
• adjust the lever position after installation to achieve the full range of motion in every plane. Such an approach allows for fully utilizing the potential of the component and ensuring stable operation of the entire transmission control system.

Expansion of the control system and additional resources

If you are planning a comprehensive repair or upgrade of the gearbox control area in your Ford and need other elements from the same group, such as levers, connectors, or additional cables, check the available parts in the Ford gear levers, connectors and cables category. When planning drivetrain service, it is also worth paying attention to good practices related to the selection of used components, their verification, and preparation for assembly. An example approach to optimizing vehicle maintenance costs while using original parts is described in the article Proven ways for cheaper MINI car service using original components, which can also serve as a helpful reference when working with other brands.