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2008 C6 coupe, changing the oil for the first time (only 7,000 miles on car). I don't know who or how they put the oil filter on but it will flat out not come off. It's an AC Delco unit, I managed to get it about a 1/4 - 1/2 turn and now my oil filter socket is literally stripping the filter plastic due to the force it's taking to get this thing off (yes, it's the right sized socket).
I have changed oil countless times in other cars, this is really nuts how tight this thing is on. Any suggestions? It's like a gorilla put this thing on at the factory.
It used to be a common complaint for '08's for some reason, they just really torqued the filters for some unknown reason. Mine was very tight and I fought with it for a couple minutes until I got the right angle for leverage with my strap type wrench.
This really doesn't help you but you might want to look at it for ideas. As C6LS3 mentioned, Channel Locks may be the only thing for you.
I always poke a small hole in the bottom to drain the filter before removal. After a bit, it either totally stops dripping or I screw in a sheet metal screw to plug the hole if I'm in a hurry. Then I drive a fairly long flat blade screwdriver through the side of the filter to the other side and use the handle to start the filter to rotate. It'll be obvious where to pierce it, to get the maximum rotation.
It sounds crude, but it never fails and I don't make a mess with oil spilling.
2008 C6 coupe, changing the oil for the first time (only 7,000 miles on car). I don't know who or how they put the oil filter on but it will flat out not come off. It's an AC Delco unit, I managed to get it about a 1/4 - 1/2 turn and now my oil filter socket is literally stripping the filter plastic due to the force it's taking to get this thing off (yes, it's the right sized socket).
I have changed oil countless times in other cars, this is really nuts how tight this thing is on. Any suggestions? It's like a gorilla put this thing on at the factory.
I sure hope that someone didn't force the wrong filter series on this engine at the last oil change!! The 2008 LS3 takes the 48 Series (either PF48 or UPF48) and not the older 44/46 series. The mounting thread is a different pitch to supposedly prevent interchangeability. Don't know that it is even possible to force the wrong series onto the mounting bolt so I am just guessing here. If the old filter is the correct series, it simply has to come off (right hand rule to remove applies) unless the mounting threads were damaged previously for some reason. Let us know the outcome.
I always poke a small hole in the bottom to drain the filter before removal. After a bit, it either totally stops dripping or I screw in a sheet metal screw to plug the hole if I'm in a hurry. Then I drive a fairly long flat blade screwdriver through the side of the filter to the other side and use the handle to start the filter to rotate. It'll be obvious where to pierce it, to get the maximum rotation.
It sounds crude, but it never fails and I don't make a mess with oil spilling.
It is a crude and old fashioned way to take off a filter that has been reefed on. And it still works great.
Originally Posted by HOXXOH
I always poke a small hole in the bottom to drain the filter before removal. After a bit, it either totally stops dripping or I screw in a sheet metal screw to plug the hole if I'm in a hurry. Then I drive a fairly long flat blade screwdriver through the side of the filter to the other side and use the handle to start the filter to rotate. It'll be obvious where to pierce it, to get the maximum rotation.
It sounds crude, but it never fails and I don't make a mess with oil spilling.
I always poke a small hole in the bottom to drain the filter before removal. After a bit, it either totally stops dripping or I screw in a sheet metal screw to plug the hole if I'm in a hurry. Then I drive a fairly long flat blade screwdriver through the side of the filter to the other side and use the handle to start the filter to rotate. It'll be obvious where to pierce it, to get the maximum rotation.
It sounds crude, but it never fails and I don't make a mess with oil spilling.
True engineering mind HOOXH!
It is actually a very neat procedure to avoid messy oil running down the side of the filter housing.
I use the same process to poke hole to drain, then remove filter - especially with my other cars where its filter is mounted horizontally.
I choose to use either metal or nylon strap wrench on stubborn filter.
It is actually a very neat procedure to avoid messy oil running down the side of the filter housing.
I use the same process to poke hole to drain, then remove filter - especially with my other cars where its filter is mounted horizontally.
I choose to use either metal or nylon strap wrench on stubborn filter.
No mess.
No problems if you do your own filter and oil changes (DIY) as you can hand tighten filter and don't have to worry about Walmart or Jiffy lube / dealership overtighten it.
^^^Filter tends to get tighten overtime after exposure to heat expansion and contraction. What was once hand tighten to 3/4 is now requiring mechanical tools to assist. If you have DIY over many decades - this is a true phenomenon.
Just as aluminum fastener mates with steel. It will be tighter than its initial torque.
^^^Filter tends to get tighten overtime after exposure to heat expansion and contraction. What was once hand tighten to 3/4 is now requiring mechanical tools to assist. If you have DIY over many decades - this is a true phenomenon.
Just as aluminum fastener mates with steel. It will be become tighter more than its initial torque.
Which is why oil and filter changes are easier when car has just been drive. HOT
^^^Nope, hot or cold, makes no difference to the tightness phenomenon.
Actually, one can ran into more problem during fastener removal while components are hot - especially between dissimilar metal!
Example: removing spark plug from aluminum block. Hint: its not that heat can burn hands.
---
Food for thought:-
-With todays multi viscosity motor oil, oil is actually at its thinnest state when cold.
-With engine sit over night, oil along with undesirable crude is already settled at the bottom of the oil pan.
Given the above two scenarios:-
Before changing oil:
Would it be wise to drive the car up to normal running temperature, while doing so, once settle accumulated crude at the oil pan is recirculated as well as the once thin 5 weight oil is now thicker 30 weight?
A big set of channel locks and it finally gave up. Took so much torque they actually crushed the filter pretty good. Installed the new one properly along with a little over 6 qts of oil and all is well.
Now somebody tell GM to move Arnold Schwarzenegger off that part of the assembly line
A big set of channel locks and it finally gave up. Took so much torque they actually crushed the filter pretty good. Installed the new one properly along with a little over 6 qts of oil and all is well.
Now somebody tell GM to move Arnold Schwarzenegger off that part of the assembly line
On your next oil change, do observe if your once properly tighten oil filter suffered the "phenomenon".
Although I have various size channel locks, it is cumbersome. I choose strap wrench in most application, especially where dealing with tight space.
-With todays multi viscosity motor oil, oil is actually at its thinnest state when cold.
Sorry but this is so horribly wrong that it broke the needle on the wrong-o-meter. Reading the grade numbers on the bottle label might lead one to believe that oil is actually thinner (lower viscosity) when cold, but it's just not the case.
Simple version: oils are thicker when cold, thinner when hot. Multi-viscosity oils simply thicken less when cold (while maintaining their running-temp thickness) than do single-viscosity oils.
Last edited by crainholio; Jun 9, 2013 at 09:52 PM.
Sorry but this is so horribly wrong that it broke the needle on the wrong-o-meter. Reading the grade numbers on the bottle label might lead one to believe that oil is actually thinner (lower viscosity) when cold, but it's just not the case.
Simple version: oils are thicker when cold, thinner when hot. Multi-viscosity oils simply thicken less when cold (while maintaining their running-temp thickness) than do single-viscosity oils.
Which makes it so much easier to remove oil filter by hand if you hand tightened it last time.. Drain plugs easier to remove also when hot. Been doing it for over 25 years now.
^^^Nope, hot or cold, makes no difference to the tightness phenomenon.
Actually, one can ran into more problem during fastener removal while components are hot - especially between dissimilar metal!
Example: removing spark plug from aluminum block. Hint: its not that heat can burn hands.
---
Food for thought:-
-With todays multi viscosity motor oil, oil is actually at its thinnest state when cold.
-With engine sit over night, oil along with undesirable crude is already settled at the bottom of the oil pan.
Given the above two scenarios:-
Before changing oil:
Would it be wise to drive the car up to normal running temperature, while doing so, once settle accumulated crude at the oil pan is recirculated as well as the once thin 5 weight oil is now thicker 30 weight?
Dude! Not even close! Oil pours much faster hot! You
should try changing some oil some time!
^^^For all the experts that actually do any of their own work, not only changing their own oil, or for some that actually bring their supplies to whoever to do the actual work that are all over me for suggesting food for thoughts:-
My question was simply curious on what others think.
Like testing the water? Like sending smoke up the you know what? Bring out people's true colors! Got the drift??
Now, you "experts" go have a "real" DIY day!!
As for me, I like to change my oil - by the way, where is the drain plug?