decembersend
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- Mar 13, 2016
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You can probably fix your DOD for under $500, and never have it happen again.
Oh I know I could but while I’m in there why not add power?
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You can probably fix your DOD for under $500, and never have it happen again.
Yeah buddy!! The most paramount things about doing the job are to get all of the coolant out of the head bolt holes after head removal.. blow them out until nothing comes out, then clean the deck surface of both the head and block with hand power 1000 grit wet/dry sand paper lubed with wd40. Then when everything is spotless, blow the holes out again with compressed air, then clean the head and deck surface up with brake Clean on a non shedding rag. When it comes to the cam install, it is Mega Common to miss on the vvt phasers to camshaft dowel. I will even admit to doing it once because failure is part of life. Try try and try again to make sure the cam phaser is for sure located on the cam dowel while being timed via the indicators like a traditional engine. If you have any questions, just ask!Everything is now ordered and I’m just playing the waiting game now. Thank you to everyone that helped.
I will start a build thread once all parts are on. I plan to get video too and will post links to YouTube
Don't use any traditional scraping tools or razors or scroch bright pads on LS blocks or heads, especially the aluminum blocks. The metal head gaskets are a machine gasket finish that requires under 18 micro inches of cylinder surface flaw to seal perfectly. I believe technically 800 grit sand paper is right at 18 micro inches of surface finish, but I always use 1000 grit to be safe. You will find yourself spending an honest 1.5 hours per side between the block and head.. but it is honest work that can only be matched by machining that 70 percent of machine shops can't finish at. Labor of love and such. LolYeah buddy!! The most paramount things about doing the job are to get all of the coolant out of the head bolt holes after head removal.. blow them out until nothing comes out, then clean the deck surface of both the head and block with hand power 1000 grit wet/dry sand paper lubed with wd40. Then when everything is spotless, blow the holes out again with compressed air, then clean the head and deck surface up with brake Clean on a non shedding rag. When it comes to the cam install, it is Mega Common to miss on the vvt phasers to camshaft dowel. I will even admit to doing it once because failure is part of life. Try try and try again to make sure the cam phaser is for sure located on the cam dowel while being timed via the indicators like a traditional engine. If you have any questions, just ask!
Everyone used to do the comp trunion upgrades as well, and I have heard of so many more comp trunion upgrade failures than stock gm failures. The problem with factory parts failures is that they have millions of examples on the market.. do you think if Che or comp or anyone else had a million sets of ls rocker trunions on the market, they would have less failures than gm?I would just do the CHE trunnion upgrade on your stock rockers. It is super easy to install with no press or vice needed and then you KNOW it won't fail. It's only $220.
I have never actually in my entire life, since starting my career building ls based cars 20 years ago, once ever!! Seen any ls rocker come apart. Not Once!! All the way from back in the days of the magic stick, the crazy .680 lift cam motions that would kiss the pistons.. nothing . Not one. So when I build stuff for my customers, I tell them to go with what has never ever failed me once... not what someone read somewhere will fail them.Everyone used to do the comp trunion upgrades as well, and I have heard of so many more comp trunion upgrade failures than stock gm failures. The problem with factory parts failures is that they have millions of examples on the market.. do you think if Che or comp or anyone else had a million sets of ls rocker trunions on the market, they would have less failures than gm?
I think GM has their drag pack car up to like 8200 rpms now, and they still run stock rockers. 7 thousand rpm zr1s running stock rockers. The guy is running a .600 lift cam... I have never in my entire life of like 200 ls3/l92 headed combos with stock rockers, ever seen one come apart.
Everyone used to do the comp trunion upgrades as well, and I have heard of so many more comp trunion upgrade failures than stock gm failures. The problem with factory parts failures is that they have millions of examples on the market.. do you think if Che or comp or anyone else had a million sets of ls rocker trunions on the market, they would have less failures than gm?
I think GM has their drag pack car up to like 8200 rpms now, and they still run stock rockers. 7 thousand rpm zr1s running stock rockers. The guy is running a .600 lift cam... I have never in my entire life of like 200 ls3/l92 headed combos with stock rockers, ever seen one come apart.
I've been reading on various ways to clean the heads and block and some have suggest using purple power. What are your thoughts on that?Yeah buddy!! The most paramount things about doing the job are to get all of the coolant out of the head bolt holes after head removal.. blow them out until nothing comes out, then clean the deck surface of both the head and block with hand power 1000 grit wet/dry sand paper lubed with wd40. Then when everything is spotless, blow the holes out again with compressed air, then clean the head and deck surface up with brake Clean on a non shedding rag. When it comes to the cam install, it is Mega Common to miss on the vvt phasers to camshaft dowel. I will even admit to doing it once because failure is part of life. Try try and try again to make sure the cam phaser is for sure located on the cam dowel while being timed via the indicators like a traditional engine. If you have any questions, just ask!
Don't use any traditional scraping tools or razors or scroch bright pads on LS blocks or heads, especially the aluminum blocks. The metal head gaskets are a machine gasket finish that requires under 18 micro inches of cylinder surface flaw to seal perfectly. I believe technically 800 grit sand paper is right at 18 micro inches of surface finish, but I always use 1000 grit to be safe. You will find yourself spending an honest 1.5 hours per side between the block and head.. but it is honest work that can only be matched by machining that 70 percent of machine shops can't finish at. Labor of love and such. Lol