Ford Focus St-3 Mk2 Engine Dipstick Oil Level Tube 6G9N-6754-GB

Ford Focus St-3 Mk2 Engine Dipstick Oil Level Tube is an original lubrication system component designed for precise dipstick guidance and oil level monitoring in the engine. Thanks to its factory fitment for the ST-3 MK2 version, it ensures secure dipstick seating, stable guidance, and clear oil level readings. This is a practical solution for users who want to maintain an efficient and leak-free oil level monitoring system in their Ford.

Specifications and technical data

• SKU: 1491970
• Mark: Ford
• Condition: Used
• OEM Part Number: 1491970
• Substitutable numbers: 1491970, 6G9N-6754-GB, 6G9N6754GB
• Part type: Dipstick
• Category: Oil Drain Plugs, Filler Caps & Dipsticks

Purpose and function in the lubrication system

The oil level dipstick tube is responsible for guiding the dipstick from the top of the engine to the oil pan, allowing for quick and repeatable checks of the operating oil quantity. A properly selected and installed tube:

• ensures the correct position of the dipstick relative to the oil level,
• minimizes the risk of false level readings,
• protects the dipstick from vibrations and mechanical damage,
• helps maintain a seal in the upper part of the lubrication system. In the Focus ST-3 MK2 model, where the power unit often operates at higher RPM ranges, a stable and sealed dipstick guide is important for safe engine operation.

Original Ford fitment

The presented tube comes from the group of original Ford components, which means it retains the factory geometry, internal diameter, and mounting points. As a result:

• it fits the standard brackets and mounts in the Focus ST-3 MK2 engine bay,
• it allows for installation without structural modifications,
• it maintains the manufacturer-intended dipstick path relative to the engine block and accessories. Such fitment reduces the risk of collision with other components in the engine bay and facilitates service access to the dipstick during regular inspections.

Condition and benefits of choosing a used part

The item is offered as a used part, which allows you to combine the controlled quality of an OEM component with an attractive purchase price. In practice, this means:

• retaining the original design and mounting points,
• the possibility of an economical repair of a damaged or corroded tube,
• reducing service costs while maintaining compliance with the factory design. For many Focus ST-3 MK2 users, this is a reasonable compromise between quality and budget, especially during comprehensive lubrication system maintenance.

Application in the Oil drain plugs, filler caps, and dipsticks category

The dipstick tube belongs to the group of components responsible for engine oil management – together with drain plugs, filler caps, and the dipsticks themselves, it forms a coherent set of service components. Replacing a damaged tube is recommended, among other things, in the case of:

• cracks or deformations that make inserting the dipstick difficult,
• corrosion in the mounting area,
• leaks in the upper part of the guide. If you are planning a comprehensive repair or upgrade of the engine area in your Ford and need other items from the same group, such as drain plugs, filler caps, or oil dipsticks, check the available parts in the Ford oil drain plugs, filler caps, and dipsticks category.

Operation and good service practices

When installing the dipstick tube in a Focus ST-3 MK2, it is worth paying attention to:

• proper seating in the engine block or oil pan socket,
• careful fastening in the brackets to reduce vibrations,
• checking the condition of the seals at the tube entry point. Regularly checking the oil level using a functional dipstick and a properly installed tube allows you to detect potential oil loss faster and react before serious damage to the power unit occurs. Additional information on the impact of lubrication and temperature on engine durability can be found in the article Engine cooling system – overheating, repair, and used radiators, which discusses the relationship between operating temperature and the lifespan of the power unit.