2003 4.8l v8 G35 project.
#1
2003 4.8l v8 G35 project.
Hello fellow members. My name Stephen. And I live in Toronto Canada. I am in the process of buildING a a 04 G35 powered by a 4.8l v8 from a 2010 Sierra truck. This has been a great learning curb so far, but I have lots to learn about the LS platform.
Parts list.
Cx racing mounts.
CX racing oil pan.
CX racing 92m throttle body (drive by cable)
Feeding the engine will be 2 walbro 450 fuel pumps
Custom fuel sending unit to hold both pumps in tank. And -8feed line to the Aero motive fuel regulator.
Using the G35 power steering pump (custom brackets)
I will be using a 4L80e Transmission with a Transbrake.
I am planning on running a 88mm turbo from On3 performance. Just waiting on them to ship it out. Then I could make my turbo manifold.
I am still on the fence about which CAMSHAFT to run. I was looking at Comp Cam https://m.summitracing.com/parts/cca-54-481-11
I will be running the stock pcm. The harness is a painless harness with its own fuse box.
Things I still need to get.
Intake manifold.
Camshaft and dual springs
Built 4l80e with stall and transbrake
Drive shafts
80pounds injectors
Parts list.
Cx racing mounts.
CX racing oil pan.
CX racing 92m throttle body (drive by cable)
Feeding the engine will be 2 walbro 450 fuel pumps
Custom fuel sending unit to hold both pumps in tank. And -8feed line to the Aero motive fuel regulator.
Using the G35 power steering pump (custom brackets)
I will be using a 4L80e Transmission with a Transbrake.
I am planning on running a 88mm turbo from On3 performance. Just waiting on them to ship it out. Then I could make my turbo manifold.
I am still on the fence about which CAMSHAFT to run. I was looking at Comp Cam https://m.summitracing.com/parts/cca-54-481-11
I will be running the stock pcm. The harness is a painless harness with its own fuse box.
Things I still need to get.
Intake manifold.
Camshaft and dual springs
Built 4l80e with stall and transbrake
Drive shafts
80pounds injectors
Last edited by Zulu moore; 07-17-2017 at 03:14 PM.
#2
So a quick update. The car is almost done.
Custom.
Tranny mount
Fuel sending unit.
Fuel lines feed -10 and return -8
Bottom engine mount.
4inch down pipe
Modification.
Rebar.
Intercooler bracket.
Fan Bracket.
Will load the pictures soon.
Custom.
Tranny mount
Fuel sending unit.
Fuel lines feed -10 and return -8
Bottom engine mount.
4inch down pipe
Modification.
Rebar.
Intercooler bracket.
Fan Bracket.
Will load the pictures soon.
#3
I won't put a Comp Cam in anything I own. Cam Motion is the way to go IMHO
#5
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#12
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iTrader: (8)
There are lots of 4.8/5.3L builds in the forced induction sub-forum with lots of cam recommendations. I am going to be running a .600/.600 226/230 113+3 cam in my turbo 4.8L and I plan on using dual springs with it.
The build looks like it is going to be a pretty interesting car.
The build looks like it is going to be a pretty interesting car.
#14
There are lots of 4.8/5.3L builds in the forced induction sub-forum with lots of cam recommendations. I am going to be running a .600/.600 226/230 113+3 cam in my turbo 4.8L and I plan on using dual springs with it.
The build looks like it is going to be a pretty interesting car.
The build looks like it is going to be a pretty interesting car.
Thanks I should be. I will get the cam for next year. I want to see what the stock torquay cam can do first.
#15
TECH Resident
iTrader: (13)
Pretty much all of these cams from performance shops, besides cam motion are off the shelf comp cam lobes. They just select a lobe for the intake, a lobe for the exhaust, index them according to a setup, and then sell it to you as their "custom cam". Cam Motion is like comp camps in that they design the LOBE PROFILES and the results in recent years have been quite significantly better than comp cams offerings. Cam Motion also offers some nice material upgrade options for better wear resistance.
What sets them apart are their lobe profiles. Don't confuse that with the specs like lift, duration, LSA, and ICL....the profile for a given set of specs is what decides if the valve train will live and how much noise it will make.
Its a balancing act of flow, valvetrain stability and durability.
What sets them apart are their lobe profiles. Don't confuse that with the specs like lift, duration, LSA, and ICL....the profile for a given set of specs is what decides if the valve train will live and how much noise it will make.
Its a balancing act of flow, valvetrain stability and durability.