Toyota 4Runners from 2003-2009 had frame problems related to premature rust on their undercarriages. These issues led to a $3.4 billion lawsuit settlement by Toyota, although they did not admit fault. The frame rust problem affected not only the Tacomas, Sequoias, and Tundras but also the 4Runner. It is important for owners of Toyota vehicles from this period to inspect their undercarriages for premature frame rust.
Please note that the information provided is based on search results and may not be exhaustive. It is always a good idea to consult official sources or contact Toyota directly for the most up-to-date and accurate information.
Contents
- When did Toyota fix the frame rust problem?
- What is the best version of the 4Runner?
- What year did the 4Runner rusted frame come out?
- What is the most common problem with a Toyota 4Runner?
- What is the Toyota rust lawsuit?
- What were the best years for the Toyota 4Runner?
- What years did Toyota have frame recalls?
- How many miles do most 4Runners last?
- What years were Toyota frames bad?
- What is the 4Runner frame lawsuit?
When did Toyota fix the frame rust problem?
November 2016
While it’s not nearly as common a problem, the trucks built between 2005 and 2010 also have to be mentioned when discussing Toyota Tacoma years to avoid. In November 2016, Toyota said that it would inspect and replace rusted frames if required.
What is the best version of the 4Runner?
1. The 2022 Toyota 4Runner TRD Pro is top of the line for its TRD Pro trim level, receiving a 4.4 out of 5-star rating on Edmunds for its appearance, comfort, off-road performance, reliability, quality, and overall driving experience.
What year did the 4Runner rusted frame come out?
If you own a Toyota 4Runner that was manufactured between 2003 and 2009, your vehicle is most likely having a defective undercarriage that is prone to excessive and premature rusting. The following are the car models that fall in this category: Toyota 4Runner SR5. Toyota 4Runner Limited.
What is the most common problem with a Toyota 4Runner?
Top Toyota 4Runner Problems
- Brake System Problems.
- Automatic Transmission Problems.
- Airbag Failure.
- Corroded Solenoid Contacts in the Starter.
- Charcoal Canister Failure.
- Rust/Corrosion and Body/Paint Problems.
- Cracked or Melted Dashboard.
- Failed Mass Air Flow Sensor.
What is the Toyota rust lawsuit?
(Reuters) – Toyota Motor Corp <7203. T> has agreed to a settlement of up to $3.4 billion for a federal class action brought by U.S. owners of pickup trucks and SUVs whose frames could rust through, plaintiffs lawyers have said in court papers.
What were the best years for the Toyota 4Runner?
A: Historically, the Toyota 4Runner models from the years 1999-2000, 2008-2009, and 2017 to the current fifth generation have been praised for their reliability. These models have fewer reported issues and have consistently received high ratings from owners and automotive reviewers.
What years did Toyota have frame recalls?
Model years affected are from 2004 to 2008 (or 2010 in a few cases). This follows an earlier extended warranty affecting Toyota trucks from 1995-2003. But there’s one catch: the program expires 15 years after the date of manufacture.
How many miles do most 4Runners last?
Expect a 4Runner to Last Close to 200,000 Miles, with 4.1% of the SUVs Reported to Reach the Mileage Milestone. Toyotas are known for their reliability, and the 4Runner is no exception. The Toyota 4Runner is one of the brand’s most reliable vehicles, with many 4Runners living to see as many as 300,000 miles.
What years were Toyota frames bad?
“Toyota, in 2016, settled a class-action suit by agreeing to spend $3 billion to repair millions of Tacomas, Tundras, and Sequioa SUV’s with rusting frames. Model years affected are from 2004 to 2008 (or 2010 in a few cases). This follows an earlier extended warranty affecting Toyota trucks from 1995-2003.
What is the 4Runner frame lawsuit?
According to documentation, 4th generation Toyota 4Runner frames were improperly treated for rust and corrosion, compromising the safety and stability of the vehicles. This manufacturing error impacts important suspension components, engine mounts, and body mounts that are anchored to the frame.
