Mercedes Sprinter W906 Vito W639 Manual Gearbox 711680 A9062602401 WARRANTY

Listing details

The gearboxes are sold with a 90-day warranty! They were tested before removal and are in full working order.

Mercedes Sprinter W906 Vito W639 Manual Gearbox is a complete, used manual gearbox designed for Mercedes commercial vehicles with diesel engines. It is a solution for users who expect a proven, factory-made manual design that ensures predictable drivetrain performance in daily operation.

Specifications and technical data

• SKU: A9062602401
• Mark: Mercedes (Genuine OE)
• Condition: Used
• OEM Part Number: A9062602401
• Substitutable numbers: A9062602401, A 906 260 24 01
• Fuel type: Diesel
• Gearbox type: Manual
• Category: Manual Transmission

Purpose and technical specifications

The presented gearbox belongs to the Manual gearboxes category and has been designed to work with diesel-powered engines. The manual design provides direct control over gear ratios, which is particularly important in commercial vehicles where precise matching of the gear to the load and driving conditions is essential.

The system was developed by the manufacturer with a focus on durability and resistance to the intensive use typical of commercial vehicles. The applied manual architecture limits the number of components susceptible to electronic failures, which translates into predictable service costs and simpler diagnostics in the workshop.

Application in Mercedes diesel vehicles

The manual version of the gearbox is particularly valued in work vehicles, where the ability to maintain optimal diesel engine RPM under various loads is important. Thanks to well-chosen gear ratios, the driver can effectively utilize the engine's torque, which promotes stable drivetrain operation and helps maintain reasonable fuel consumption.

The manual gear shifting mechanism also facilitates precise vehicle maneuvering in urban conditions, during loading and unloading, or when driving on varied terrain. It is a practical solution for fleets, transport companies, and individual users who expect predictable drivetrain behavior.

Benefits of choosing a used manual gearbox

Choosing a used Mercedes gearbox allows for a significant reduction in repair costs compared to purchasing a new component, while maintaining the factory design and compatibility with the vehicle. For many users, this is a reasonable compromise between budget and functionality, especially in the case of vehicles used intensively in business.

A manual gearbox is structurally simpler than many modern automatic transmissions, which in practice means easier installation in the workshop, wider service availability, and less sensitivity to operational errors. It is a solution that works well both in daily city driving and on longer routes with a load.

How to consciously select and operate a gearbox

When choosing a used transmission, it is worth paying attention to compatibility with the fuel type, engine version, and the type of gearbox used (manual vs. automatic). Comparing parameters with the vehicle documentation and consulting a mechanic who will assess the scope of installation work and potential adaptation can be helpful.

To better understand the differences between individual types of transmissions and typical symptoms of wear, it is worth referring to practical technical materials. An extensive guide on the selection and operation of transmissions can be found in the article Gearbox: manual, automatic or DSG – typical faults and a guide to buying a used gearbox, which discusses, among other things, the most common problems and tips for purchasing used components.

Expanding repairs within the drivetrain

If you are planning a comprehensive repair or upgrade of the drivetrain area in your Mercedes and need other elements from the same group, such as housings, selectors, or mounting elements, check the available parts in the Mercedes manual gearboxes category.

Such an approach allows you to refresh key components responsible for power transmission in a single service stage, which reduces the risk of further vehicle downtime and facilitates fleet work planning. Thanks to this, you can better control the service schedule and keep the vehicle in operational condition for a longer time.