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Dewayne2121

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Everything posted by Dewayne2121

  1. I'm guessing there is data stating these are not good in hotter climates??
  2. Upgrade time. Been a long time coming, but I was able to get my GTR to a reputable builder in the States. List of upgrade parts below: RB30 (Sourced from Australia) PRP RB30 timing belt kit with all options Nitto pistons Nitto I beam rods Nitto oil pump King engine bearings New RB26 Head (Grabbed during Heritage run) Kelford 272 cams mild lift Supertech intake and exhaust valves over sized Nitto Head gasket Greddy Oil Pan Sump GKtech fan blade and adapter Koyo Radiator Borg Warner S362 SXE 6boost turbo manifold T4 divided Turbosmart wastegate Pro-gate 50 lite ID1340x injectors Radium external surge tank Walbro 450 fuel pumps x2 All Parts in hand and awaiting my turn in line at the shop!
  3. R32 GTR CP Pistons 86.5mm 9:0:1 N1 Oil Pump w/ SPOOL Spline Driven Billet Gears Manley H-Beam Rod w/ 2/8" ARP 2000 ACL Main Bearings ARP Head/Main Studs SuperTech 70lbs Single Valve Spring w/ Titanium Retainers ECU Masters EMU Black HKS 2530s rebuilt with billet wheels Radium Fuel Rail ID 1050 Injectors (Resistor Box Deleted) Aeromotive FPR Frenchy's (FPG) Fuel Pump Assembly w/ Baffles Walbro 455 Uni-Group 260/260 10.9mm lift Tomei Adjustable Cam Gears 512 WHP at 15 PSI 357 ft lb TQ(E85) 569 WHP at 20 PSI 396 ft lb TQ(E85)
  4. I originally was shooting for 450 to the wheels and met that goal and some thanks to E85 😈. Low boost 15 PSI 513WHP and 357 TQ. Due to stock tranny high boost is stopping at 20Psi and 569WHP 396 ft lb TQ. I’m very happy with these numbers and cannot wait to learn this new beast.
  5. Long overdue but the journey has come to a beautiful moment. Motor back in and back on the dyno IMG_6867.MOV IMG_6870.MOV IMG_6869.MOV
  6. A little more progression photos: had to order 28 shims from SuperTech to get to this point. But finally both intake and exhaust completely done. Waiting on the head gasket now. (It’s enroute). It’s a tight fit!
  7. Not sure if I’ll be able to get the head Into the shop before Christmas but the cams are fitted and ready for the rest of the beadwork!
  8. Block didn’t take long to get built and shipped. It landed this past Friday at the shop. It was a smooth and easy business transaction with the shop in Canada. Also the Unigroup camshafts came in. Got them fitted up and ready to send the head off to get cleaned and the New valves (guides and seals) installed. More to come.... IMG_3442.mov
  9. Make a bushing the size of the head stud hole with clearance for the stud in the hole, than install with sealant, stops any possible transfer of coolant. Bushed holes should have sealant on the head stud instead of arp lube
  10. So I’ve contacted Unigroup Engineers about their cams and I liked what I was told. So I’ll be going with the 260 IN/EX with 10.9mm lift. The CP Pistons states: “CP pistons are compatible with oversized valves and higher lift cams” Due to this change I’m going to switch to a dual spring set up from SuperTech (SPRK-M1007D/RB) - 92lbs @ 40.70mm In / 82lbs @40.70mm Ex —232lbs @ 11.00mm In / 222lbs @ 11.00mm Ex Max Lift: 15.3. About to start ordering the parts to get this in my garage by Christmas!
  11. I want results. Who's gonna see "Tomei" or "Kelford"? Brands aren't priority on camshafts for me... Exhaust system different story lol
  12. So I have got the ball rolling on the next step for this build.... I slept on it for a few days and decided that the best option for this would be to start it all from scratch. After sourcing different options and not wanting to "trust" someone's word on the mileage, who built it, what parts were used, etc... I decided to go through a reputable shop in Canada. Saint John Engine Rebuilders. They have done tons of motors and supplies a decent amount of RB builds to the USA. Bottom End As Follows: Rb26 Block w/ bushed decks (for the common head bolt hole crack) New Crank CP Pistons 86.5 9.0:1 Manley H-Beams N1 Oil Pump w/ Spline Drive ACL Main Bearings ARP2000 Main Studs. As far as the head goes. I am still looking at higher lift cams for more torque while keeping the duration in a nice range for the 2530s. (open to input). But the list of what I plan to do now: Metal Headgasket 1.1-1.3mm Tomei metal Gasket set Supertech/Brian Crower Single spring & TI retainers Supertech Valve guides intake/exhaust Supertech valve seal exhaust/intake Intake/Exhaust valves +1mm
  13. You have any suggestions?? I wanted to keep the duration in the 260-264 range for my HKS 2530 set up on E85. Also an update on the motor pull apart. Head off and ready to be cleaned up.
  14. So it looks like I will be dealing with a shop up north in Canada. I have reached out to a couple of them and have got the ball rolling on what I want. Will be receiving quotes hopefully all before Tuesday so we can get the engine to me by Thanksgiving (So about a month from now). Had three people send me their options they had for sale that stood out also. Option #1 Original N1 Block (Not Heritage edition) w/ rb26 fully assembled, N1 block, lots of new parts, assembled at boost factory. But only things that aren’t stock are the arp studs, bearings, and cometic head gasket. Waiting to see if he's willing to do the block and crank separate. Option #2 05u 86.5mm torque plate machined Cp pistons ceramic and moly coated Eagle rods R34 crank Reimax big oil pump gear Ported head Tomei Poncams Supertech valve springs wi ti retainers Tomei heagasket Arp headstuds Hks timing belt and gears Acl race bearings Tomei oil restrictor External cylinder head oil drain Custom in block cam trigger Option #3 built short block, crank with nitto extended collar, wiseco 86.5 pistons, Manley H-Beam rods
  15. Egg Zach Lee.... I spoke with him today and we both agreed on that. No point in wasting time/$$$, so I am adding a block to my list. Going to do some research for a couple days and see whats out there and all of my options.
  16. Update: Txt From Builder ”Hey man, I’ve got the bottom end torn down and it doesn’t look good. It has definitely been run low on oil a lot at some point and it has been run hard. It was just about to spin the rear most main bearing and/or 3 or 4 rod bearings. It has also definitely seen some detonation on several cylinders. There’s no cracks in the pistons that I have found but there has been a lot of skirt contact(piston to cylinder wall) there are some pretty serious groves. I honestly don’t know if 1mm over bore will clean it up or not. It also has the cracks on the deck between the coolant jackets and head bolt holes. I’m gonna check the cylinders to see if they’re egg shaped or not. The crank shaft is scratched up some as well from the lack of lubrication. I may be able to smooth it out with some emory cloth. I wanna get the head torn down and then I’ll go through and take a closer look at everything. I just wanted you to be aware of what I’ve found so far.”
  17. So, as of now, I am going to keep it a 2.6 and upgrade to the forge internals. The plan is as follows: (Feel Free to add suggestions and input if you have any past/present experience with the parts below) - N1 Crank (I have an early model 32 and would rather a new crank than deal with an American Muscle Machine shop) - CP Piston 86.5mm 9:0:1 - N1 Oil Pump w/ SPOOL SPLINE DRIVEN BILLET OIL PUMP GEARS - Manley H-Beam Rods w/ 3/8" ARP 2000 - ACL Main Bearings - Clevite Rod Bearings - ARP Head/Main Studs - SuperTech 70lbs Single Valve Spring w/ Titanium Retainers - SuperTech Valve Guides - SuperTech Valve Set - SuperTech Valve Seals IN/EX - Tomei Poncams 262 IN/EX 9.15mm lift
  18. Here are some images of the scope. Kick back, get some popcorn and enjoy the show...
  19. So I took the car back in to get to the bottom of it all. And so it begins..... Text message from builder: ”I’m afraid the engine is gonna have to come back out man. I checked and double checked everything, then I ran the video scope down the cylinders.... Based off of what I can see in the pictures, there’s at least 4 pistons that are pretty beat up around the edges, pitting, small chunks missing, etc. I’m pretty certain there are some cracked ring lands on the pistons based off of the amount and location of marks/scratches on the cylinder walls. It’s odd that the compression test doesn’t show it, but it’s not uncommon. More than likely once it’s running and under load the compression is dropping off. The only way to know for certain at this point is going to be to tear the engine down and assess the damage to see what’s happening and what is salvageable. I’m sorry, I know this isn’t what you were wanting to hear. I was really hoping to find something else, but that’s it.“ So I am right on schedule with this RB26 GTR build. Start with a simple plan and make 500WHP, that turns into a complete rebuild with FORGIES.....
  20. This is the last piece I will put into the car before I decide on ripping the head off and digging into the issues. If this is not a fix then I more than likely will be asking you guys about rebuild kits/options. But as always this is a mixture of pics and vids so enjoy!
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