my new ls6 block
If yes where and size hone I can buy? Be sure I want stay 3.898 bore. As well pistons should be 3.898 size to be fit right?
Here two pictures, let me know.
I plan to look piston mahle and some good rods to built for some good power and small nitrous. It will be in my project for 1992 S10 pickup truck.

like the bore is Bore Dia.: 99.0-99.018mm so I need flex hone http://www.brushresearch.com/brushes.php?c1=2
But they only show 95 or 105mm What about summit racing but not sure which grit should be. Just light hone clean up.
http://www.summitracing.com/search/p...on/3-750-4-250
Anyone who had done this. see if can help me out. Im still new this some way. Love to learn.
Last edited by Go5.3tt06; Jun 28, 2013 at 08:20 PM.
http://texas-speed.com/c-121-connect...ID=0&pagenum=2
http://texas-speed.com/p-441-eagle-h...000-bolts.aspx
http://www.cnc-motorsports.com/conne...ting-rods.html
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http://www.ws6project.com/user_stor/...g-rods-6-125-/
The Wiseco set is very nice for the LS1. Comes with their ring package too. And the Compstar H-Beam are the best of the "affordable" H-Beam in terms of quality.
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And how are you getting 600HP? If by nitrous or blower, I'd definitely do the Wiseco over the Mahle... And I'd get an H-Beam if you're using a power adder.
If it's all NA and closer to 400HP, the Scat I-Beam would be fine ($283 shipped):
http://www.ws6project.com/user_stor/...olts-927-pin-/
And how are you getting 600HP? If by nitrous or blower, I'd definitely do the Wiseco over the Mahle... And I'd get an H-Beam if you're using a power adder.
If it's all NA and closer to 400HP, the Scat I-Beam would be fine ($283 shipped):
http://www.ws6project.com/user_stor/...olts-927-pin-/
I have question do I need light hone like clean up. Would the piston able use 3.898 or will be oversize a little because of hone? My block is new but a little dust. But it's plastic cover and sit in my kitchen.
As far as the piston/rod choices. Compstar or K1 are the way to go. Quality is on par with both and will require minimal if not 0 machining. Price is roughly the same, but if you try and go the cheaper route (Scat/Eagle), you're highly likely to run into extra machining costs that will even out or cost you more in the long run. For pistons, you really have 2 options. A 4032 or 2618 forging. The 4032 will give you longevity and better wear characteristics over a 2618 due to the differences in silicon content. You are able to run tighter PTW clearances because of less thermal expansion, thus aiding in wear. But, you are limited in the amount of N2O you can run safely (200 shot is max recommended I believe). The 2618 tends to be a bit noisier due to added clearances needed for expansion, won't see quite the longevity or wear characteristics, but will handle whatever you throw at it. So really it depends on ultimate intended goals and whether you plan on running it until it dies or if you plan on refreshing it every so often.
As far as the piston/rod choices. Compstar or K1 are the way to go. Quality is on par with both and will require minimal if not 0 machining. Price is roughly the same, but if you try and go the cheaper route (Scat/Eagle), you're highly likely to run into extra machining costs that will even out or cost you more in the long run. For pistons, you really have 2 options. A 4032 or 2618 forging. The 4032 will give you longevity and better wear characteristics over a 2618 due to the differences in silicon content. You are able to run tighter PTW clearances because of less thermal expansion, thus aiding in wear. But, you are limited in the amount of N2O you can run safely (200 shot is max recommended I believe). The 2618 tends to be a bit noisier due to added clearances needed for expansion, won't see quite the longevity or wear characteristics, but will handle whatever you throw at it. So really it depends on ultimate intended goals and whether you plan on running it until it dies or if you plan on refreshing it every so often.
As far as the piston/rod choices. Compstar or K1 are the way to go. Quality is on par with both and will require minimal if not 0 machining. Price is roughly the same, but if you try and go the cheaper route (Scat/Eagle), you're highly likely to run into extra machining costs that will even out or cost you more in the long run. For pistons, you really have 2 options. A 4032 or 2618 forging. The 4032 will give you longevity and better wear characteristics over a 2618 due to the differences in silicon content. You are able to run tighter PTW clearances because of less thermal expansion, thus aiding in wear. But, you are limited in the amount of N2O you can run safely (200 shot is max recommended I believe). The 2618 tends to be a bit noisier due to added clearances needed for expansion, won't see quite the longevity or wear characteristics, but will handle whatever you throw at it. So really it depends on ultimate intended goals and whether you plan on running it until it dies or if you plan on refreshing it every so often.
Final wash block for assembly $80
Crank polish $80
Balance rotating assembly $300
File fit rings for nitrous $96
Install pistons on rods $48
Assembly shortblock $400
What do you think it is to much? Is anyone who can do cheaper labor doing assembly shortblock I would more happy to pay you.





