Gear Shift Renault Trafic III Vauxhall Vivaro B 6 Speed Gear Lever 349012637R

Gear Shift Renault Trafic III Vauxhall Vivaro B 6 Speed Gear Lever is a component from the Gear levers, connectors and cables group, designed for precise control of the gear shifting mechanism. This used OEM part from Renault ensures a factory-fit for the gearbox selector system, which translates into predictable gear lever operation and stable gear shifting.

Specifications and technical data

• SKU: 349012637R-1
• Mark: Renault
• Condition: Used
• OEM Part Number: 349012637R-1
• Substitutable numbers: 349012637R
• Category: Gear Levers, Cables & Linkages

Purpose and technical function

The presented gear shift lever selector is a key link between the gear lever in the cabin and the gear shifting mechanism in the gearbox. It is responsible for:

• transferring the lever movement to the gearbox cables or connectors,
• ensuring repeatable, tactile gear positions,
• reducing play in the gear shifting system,
• stable operation of the mechanism during daily use.

Thanks to its OEM-compliant design, the selector works with the factory gear shifting system in the Renault Trafic III and Vauxhall Vivaro B without the need to modify other components.

Construction and fitment in the gear shifting system

The component belongs to the Gear levers, connectors and cables group, which means it is designed to work in a complex mechanical system, including the gear lever, cables, joints, and mounting points on the gearbox. Using the original Renault design allows for maintaining:

• correct lever movement geometry,
• proper mounting points on the body and gearbox,
• compatibility with factory connectors and cables,
• consistent operation with the standard selector mechanism.

Such fitment is particularly important in commercial vehicles, where the gear shifting system operates under higher loads and is used intensively.

Benefits of using an original selector

Using an original Renault gear shift selector in the Renault Trafic III and Vauxhall Vivaro B reduces the risk of problems typical of aftermarket replacements with imprecise dimensions. In practice, this means:

• more predictable, repeatable gear engagement,
• reduction of play and knocking in the gear lever mechanism,
• easier diagnostics of potential future faults,
• maintaining operating characteristics consistent with the vehicle manufacturer's specifications.

For workshops and fleet users, this is a solution that facilitates maintaining a consistent standard of technical maintenance across the entire vehicle fleet.

Condition, installation, and compatibility verification

The offered selector comes from the used parts segment, which allows for an economical repair of the gear shifting system while maintaining the original design. Before installation, it is recommended to perform a standard inspection of mounting points, joints, and cooperating cables and connectors to ensure the entire system operates evenly.

When selecting components from the Gear levers, connectors and cables group, it is always worth verifying compatibility by part numbers as well as by vehicle model and generation. Helpful resources may include specialized guides on verifying parts by OEM numbers, such as a practical guide to safe online parts shopping and checking component compatibility, which describes universal methods also useful when selecting gear shifting system components.

Expanding gear shifting system upgrades

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

For drivers interested in a broader perspective on drivetrain upgrades and the impact of shifting precision on a car's character, an interesting supplement to your knowledge might be an article on the evolution of the VW Golf GTI from Mk1 to Mk8 and changes in the design of key components, which shows how manufacturers develop drivetrain control mechanisms across successive model generations.