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do you have the fault codes?
P0153 means nothing and P0030 means b1 s1 o2 sensor fault. Based off the fault codes Only 1 oxygen sensor is throwing a fault not sure why he wants to replace both primary o2 sensors. If it was also the other sensor you’d throw a b2 s1 fault and you aren’t. Unless he confirmed the other is bad with an ohm test I wouldn’t have him replace it. Even so you’d likely have a fault. Is this guy know for being good / trust worthy?Yes,
P0030 and P0153
They want $430 for parts and $287.50 labor plus tax. = $790.97.
Part # 50R02 Left side to install = $175.00
and 50R02 right side to install = $112.50
I'm not the OP but I do agree with what you saidUpstream O2 Sensors, Bosch, $73 each from Rockauto.com
I have no idea how difficult the sensors on your engine are to R&R.
Wild Ass Guess, a pro might charge 1 hour labor.
$400 total
I see you are building a 2L stroker motor.
I bet you could do the R&R yourself.
2 sensors, shipped to your door $175
You would likely need an O2 Sensor Wrench Rock has 'em.
fat biker
P.S. We know that with time and mileage O2 sensors performance declines. If your sensors are original, new sensors would likely improve engine performance to some degree.
Nah you didn't It's an easy mistake it happens to the best of usLooks like I flubbed this one.
PO153 has something to do with "slow to respond" sensor. Just before this all happened, I threw in a quart of oil after the low oil lamp came on. I think I bought synthetic oil 5 w 30. IDK if it fouled the sensors?P0153 means nothing and P0030 means b1 s1 o2 sensor fault. Based off the fault codes Only 1 oxygen sensor is throwing a fault not sure why he wants to replace both primary o2 sensors. If it was also the other sensor you’d throw a b2 s1 fault and you aren’t. Unless he confirmed the other is bad with an ohm test I wouldn’t have him replace it. Even so you’d likely have a fault. Is this guy know for being good / trust worthy?
Yeah I agree also you can always measure resistance at the sensor to confirm whether or not its bad. OP I can post instructions if you are interestedIf you don't have VCDS you should find someone who can run a scan for you and also look at the data in the MVBs. It will show you the actual sensor values in real time, that should help in troubleshooting before just throwing parts at it.
I was thinking I might take a 50-mile turnpike drive today to see if they might self-clean.Yeah I agree also you can always measure resistance at the sensor to confirm whether or not its bad. OP I can post instructions if you are interested