Ford Galaxy Mk2 Front Door Frame Seal Gasket Rubber Right O/S Side 6M21-U21510

Ford Galaxy Mk2 Front Door Frame Seal Gasket Rubber Right O/S Side is an original component from the Window seals and moldings group, designed for installation on the passenger side. The precisely molded sealing rubber limits the ingress of water, noise, and contaminants into the interior, improving acoustic comfort and the durability of the upholstery. It is a practical solution for users who want to restore the factory fit of the doors and maintain cabin tightness.

Specifications and technical data

• SKU: 1761586
• Mark: Ford
• Condition: Used
• OEM Part Number: 1761586
• Substitutable numbers: 1761586, 6M21-U21511-AM, 6M21U21511AM
• Location on the vehicle: Front, Right
• Part type: Window Seal
• Category: Window Seals, Gaskets & Trims

Purpose and body fitment

The presented door frame seal has been designed specifically for the front right door of the second-generation Ford Galaxy. The placement on the vehicle is clearly defined as the front passenger side, which facilitates the selection of the correct component for body repairs or replacing a worn seal.

Thanks to a design compliant with Ford's factory standards, the rubber profile accurately replicates the shape of the door frame, which promotes even pressure around the entire perimeter. Such a fit helps to reduce door rattling and vibrations while driving and decreases the risk of leaks at critical contact points with the bodywork.

Sealing function and interior protection

The door frame seal plays a key role in protecting the cabin from external factors. A correctly installed component:

• limits the penetration of rainwater and moisture into the interior,
• reduces wind noise levels at higher speeds,
• helps maintain a stable temperature in the cabin, supporting the operation of the heating and air conditioning system,
• reduces the ingress of dust and fine contaminants around the pillar and door upholstery.

A properly selected and flexible sealing rubber also influences the door closing feel – it reduces the metallic sound of closing and improves the perceived quality of the entire door zone.

Material characteristics and operation

The seal is made of flexible rubber material adapted to work in variable weather conditions. The material is resistant to typical operational loads, such as frequent opening and closing of the door, temperature fluctuations, or contact with moisture.

To maintain stable sealing properties, periodic maintenance of the rubber surface using agents intended for car seal care is recommended. Regular maintenance limits material hardening, reduces the risk of freezing to the door frame in low temperatures, and extends the trouble-free service life.

Benefits of using an original Ford seal

Using an original component from the Window seals and moldings group in the Ford Galaxy Mk2 allows for maintaining the structural integrity of the body and predictable door behavior in daily use. Factory fitment translates into:

• stable adhesion of the seal to the frame and window,
• reduced risk of leaks in the door corners,
• more even pressure when closing,
• maintenance of the aesthetic appearance of the door edge and pillar.

For users who are upgrading or refreshing the door zone, replacing a worn seal with an original component is a simple way to improve driving comfort and protect the interior from accelerated wear.

Expanding work within Ford seals

If you are planning a comprehensive repair or upgrade of the door zone in your Ford and need other elements from the same group, such as additional frame seals, window moldings, or window guide seals, check the available parts in the Ford Window seals and moldings category.

For drivers interested in a broader approach to vehicle servicing, including the drivetrain and auxiliary components, technical materials describing typical scenarios for refreshing power units may be helpful – for example, the article Second life for the Mercedes OM642 engine – how injectors and a turbocharger restore the power of the 3.0 V6 CDI shows how thoughtful replacement of selected components affects the overall efficiency of the car.