Toyota Camry has the reputation of being a great quality vehicle. Out of curiosity I went on toyotanation.com forum to see what kinds of things owners of the latest generation of Camry discuss.
Well lo and behold there is a toyota camry shudder and people were discussing it.
That car is not dry and uses transmission fluid but if I am understanding the discussion there are a lot of similarities to our problem.
The problem is the Torque Converter Clutch is not slipping enough during Flex Lock-up at low speeds. A higher speeds the torque converter clutch holds steady. There is a mechanical lock up clutch in the torque converter. When it locks there is a thump.(I am thinking this is the shudder) A flex lockup uses a computer controlled solenoid to rapidly turn the clutch on and off several times a second which has the effect of slipping the clutch in a manual transmission. This flex lockup clutch is used more often at lower speeds.(I am thinking at low speeds there has to be a lot of quick gear shifting so you need a flexible lock up)
According to one post a Colorado service manager said any camry that is shuddering has and is eating up the converter and putting out particles. He described it as a "dead man walking".
The toyota solution is a new torque converter with a redesigned heavy duty damper plate, redesigned spring, new torque converter clutch lining, and fresh transmission fluid. So far their problem seems to be resolved.
I find this interesting. My first clutch replacement was new seals and new gear fluid, my second clutch was a new heat resistant clutch lining, my third clutch was a redesigned heat resistant spring, will there be a fourth clutch redesign with a new "plate"? Why did Ford not make all these changes with the first clutch revision? Was Ford the trail blazer or spear tip on these types of transmission problems? Did toyota learn from our woes?
If any one IS having a shudder it sounds like we are right to complain about it. It is NOT how transmissions should behave. Our transmissions should be able to be used under a variety of driving scenarios. The fault is not how we drive. Ignoring the problem because we are told shuddering is normal is a bad idea and may lead to transmission failure later on.
Well lo and behold there is a toyota camry shudder and people were discussing it.
That car is not dry and uses transmission fluid but if I am understanding the discussion there are a lot of similarities to our problem.
The problem is the Torque Converter Clutch is not slipping enough during Flex Lock-up at low speeds. A higher speeds the torque converter clutch holds steady. There is a mechanical lock up clutch in the torque converter. When it locks there is a thump.(I am thinking this is the shudder) A flex lockup uses a computer controlled solenoid to rapidly turn the clutch on and off several times a second which has the effect of slipping the clutch in a manual transmission. This flex lockup clutch is used more often at lower speeds.(I am thinking at low speeds there has to be a lot of quick gear shifting so you need a flexible lock up)
According to one post a Colorado service manager said any camry that is shuddering has and is eating up the converter and putting out particles. He described it as a "dead man walking".
The toyota solution is a new torque converter with a redesigned heavy duty damper plate, redesigned spring, new torque converter clutch lining, and fresh transmission fluid. So far their problem seems to be resolved.
I find this interesting. My first clutch replacement was new seals and new gear fluid, my second clutch was a new heat resistant clutch lining, my third clutch was a redesigned heat resistant spring, will there be a fourth clutch redesign with a new "plate"? Why did Ford not make all these changes with the first clutch revision? Was Ford the trail blazer or spear tip on these types of transmission problems? Did toyota learn from our woes?
If any one IS having a shudder it sounds like we are right to complain about it. It is NOT how transmissions should behave. Our transmissions should be able to be used under a variety of driving scenarios. The fault is not how we drive. Ignoring the problem because we are told shuddering is normal is a bad idea and may lead to transmission failure later on.