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Toyota air pump recall

How Does Toyota’s Air Pump Recall Compare to Competitor Emissions Scandals

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Toyota’s air pump recall addresses faulty secondary air injection systems in 2009–2013 models, reducing emissions risks. Competitors like Volkswagen faced larger scandals involving deliberate software manipulation. While Toyota’s issue stems from mechanical failures, others like Fiat Chrysler and BMW dealt …

What Toyota Owners Should Know About the Air Pump Software Update

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What is the Toyota air pump software update? Toyota issued a software update for specific models to address premature air injection pump failures. The update recalibrates pump operation cycles, reduces overheating risks, and prevents diagnostic trouble codes (DTCs) like P0418. …

What Is the Toyota Air Pump Recall Timeline and Response

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Toyota issued recalls for faulty air injection pumps in 2019 and 2023, affecting over 3 million vehicles globally. The pumps, prone to overheating, posed fire risks. Toyota notified owners via mail, offered free repairs, and extended warranties. The manufacturer addressed …

What Caused the Toyota Air Pump Defect Federal Investigation?

How Did the Toyota Air Pump Defect Lead to a Federal Investigation?

The federal investigation began after reports of faulty secondary air injection pumps in Toyota vehicles caused overheating, melting components, and fire risks. Over 3.3 million vehicles were recalled …

What Are the Toyota Air Pump Safety Concerns Raised by Consumer Reports?

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Consumer Reports highlighted Toyota air pump safety concerns due to failures in secondary air injection systems, which may cause engine stalling, increased emissions, and fire risks. Affected models include 2010–2017 4Runner, Tacoma, and Tundra. Toyota issued recalls, but critics …

What Toyota Models Are Affected by the Air Pump Recall?

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Toyota recalled approximately 318,000 vehicles (2013-2015 Lexus LS 460/LS 460 L and 2012-2017 Toyota Camry, Avalon, and Sienna models) due to faulty secondary air injection pumps. These pumps—designed to reduce cold-start emissions—risk overheating from internal moisture exposure, potentially causing fires …