Toyota RAV4 Mk2 Door Lock Catch Latch Mechanism Front Left N/S 6932042340

Toyota RAV4 Mk2 Door Lock Catch Latch Mechanism Front Left N/S is a factory locking mechanism designed for installation in the front left door of this model. The offered component from the Locks and Latches group ensures proper closing and locking of the door, which translates into safe and predictable operation of the central locking system. It is a practical solution for users looking for a proven, original component for their vehicle.

Specifications and technical data

• SKU: RHD-6932042340
• Mark: Toyota
• Condition: Used
• OEM Part Number: 6932042340
• Substitutable numbers: 6932042340, 69320-42340
• Location on the vehicle: Front, Left
• Part type: Door Lock
• Category: Exterior Locks & Lock Hardware

Purpose and function of the lock mechanism

The presented lock mechanism is dedicated to the front left door of the second-generation Toyota RAV4. It is responsible for the mechanical locking and unlocking of the door panel, working in conjunction with the handle, rods, and the central locking system. A correctly selected lock eliminates problems with improper closing, doors opening on their own, or unreliable operation of the lock cylinder. Its placement in the front left door area makes this element particularly important from the driver's perspective – this is the lock that is used most frequently during daily vehicle operation. Using an original solution allows for maintaining the factory operating characteristics of the handles and actuators.

Construction and fitment for Toyota RAV4 Mk2

The front left door lock mechanism in the Toyota RAV4 Mk2 is a design that combines a mechanical part with elements interacting with the lock control system. It has been designed specifically for the door geometry of this model, thanks to which it fits the factory mounting points and works with the original rods and handles. Key fitment features:

• dedicated application for the front left door,
• compatibility with the factory central locking system,
• maintaining the correct position relative to the pillar and door striker. This type of lock is a structurally complex element, which is why using the correct model has a direct impact on the smoothness of closing and the durability of the entire door system.

Condition, verification, and benefits of use

The offered mechanism comes from the used parts group, which allows for economical repair while maintaining the original manufacturer's specifications. This type of solution is particularly beneficial for older vehicle generations, where both fitment and reasonable service costs are important. Using the correct front left door lock in the Toyota RAV4 Mk2 allows you to:

• restore proper door locking and unlocking,
• reduce play and unreliable closing of the door panel,
• maintain consistent operation with other locks in the vehicle. Thanks to the preservation of the factory design, the user receives a component that works with the existing installation without the need for modifications or adaptations.

Integration with other body components

The lock mechanism interacts with external and internal handles, rods, and door seals, creating a complete system responsible for closing and opening the vehicle. A correctly selected lock minimizes the risk of overloading other elements, which translates into stable operation of the door system in the long term. If you are planning a comprehensive repair or upgrade of the door lock area in your Toyota and need other elements from the same group, such as locking mechanisms, strikers, or cylinders, check out the available parts in the Toyota Locks and Latches category.

Technical support and service knowledge

When performing service work on the body and associated systems, it is worth paying attention to other key vehicle components as well. For a better understanding of the impact of individual systems on car durability, you can use guide materials, such as the article Engine cooling system – overheating, repair, and used radiators, which discusses the relationships between component efficiency and the service life of the power unit.