Toyota Recalls 35,000 Kluger SUVs Over Seat Safety Flaw

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Toyota Australia has initiated a nationwide recall affecting 34,377 Kluger large SUVs manufactured between March 31, 2021, and November 10, 2023. The issue centers on a potential defect in the second-row seatbacks, which may not lock securely in the event of a collision.

The Problem: Unsecured Seatbacks

According to Toyota’s recall notice, the flaw stems from a design change made by a supplier that failed to account for the proper balance of forces within the seat recliner mechanism. Specifically, the orientation of the return spring combined with clearance issues may prevent the locking teeth from fully engaging during seat adjustment.

This means the seatback could fail to remain locked, increasing the risk of injury to occupants during higher-speed crashes. The problem arises from a mechanical weakness where the spring and locking system do not function reliably.

What Toyota Will Do

Toyota will replace the seatback return springs in the recliner assembly of all affected vehicles free of charge. The repair is expected to take approximately one hour, though dealers may require longer depending on their schedules.

Owners will be contacted directly by Toyota, but the company encourages anyone with concerns to contact their local Toyota dealer or the Recall Campaign Helpline at 1800 987 366, providing their 17-digit Vehicle Identification Number (VIN).

Why This Matters

Automobile safety recalls are a critical part of ensuring vehicle reliability. The Kluger is a popular family SUV, and a failure in the seat restraint system poses a real danger to passengers. This recall highlights the importance of rigorous quality control in automotive manufacturing, even for established brands like Toyota.

Failure to address such defects can lead to severe injuries or fatalities in collisions, making timely repairs essential for all affected owners.

The recall underscores the need for manufacturers to prioritize passenger safety and thoroughly test mechanical components before mass production.