While we are still waiting for the results of the "what happened", we're also proceeding down the "what's next" path. That's what this thread is about... what's next.
Goals
Here is the proposed build list
- Find out just what a properly built, all motor, stock stroke and stock bore 5.7 can do.
- Build for the future. Lets overbuild today, to ensure we can play later.
- Not reinvent the wheel; if there are parts that will work already out there, lets use them!
- Not break the bank. We're not talking cheep here, but we're also not talking huge money either. Lets see what we can do on a working man's budget.
For sure:
Optional Addons: These are items I plan to add if finances allow, but don't have anything to do with the "get on the road" requirement.
- Utilize the stock 5.7 block
- Why? Simple, we have an opportunity here to see what a properly built 5.7 is actually capable of. Will this be a 700hp NA motor? Nah... but it will be a motor capable of handing some serious all motor power and a proper PCM tune should the software become available one day. Also, she'll be built capable of handing nitrous or some forced induction should the desire strike someday (no plans for this though).
- A new stock 6.1 crank
- The stock 6.1L crankshaft is a forged crankshaft. One of our goals is to overbuild for strength, and to not reinvent the wheel or break the bank. A stock 6.1 shaft fits that mold perfectly.
- Custom one-off forged Diamond pistons.
- These pistons are being forged and cut to a FRI proprietary spec. Should they prove to function as we think they will, these will be turned into a stock part for inclusion in a lower block kit FRI plans to sell to those of us interested in crossing the all motor 400rwhp barrier.
- Custom Eagle H-beam connecting rods;
- Just like pistons, these are a custom forge for now, but if all goes well, these will be part of the kit.
- The same concept FRI camshaft I had in the old block.
- I'm in love with this cam, plain and simple. When FRI productizes it and releases details, you guys will see why. But, as a sneak peak, take a look at these horsepower and torque curves on a non-learned, totally stupid PCM!
- The same FRI Street heads
- These were probably beat up real good when my old motor went, so they may need to be reworked. Either way, though, I'll be running the FRI Street heads, which are shaved down .03 to bump the compression upwards around 10.5:1 and that have been flow benched out at around 320/240@.050.
- The same Dynatech headers
- No brainer here to run long tubes. Why not 'tuned' or port matched like the Kooks? (1) price and (2) in my personal opinion, the application doesn't demand them. I know this is a divisive issue but I'll fall back to reason (1) as it is in keeping with the overall goal of this build.
- A new stock 5.7 intake
- We are taking no chances on this as there is a strong possibility there is stuff up in my current one we just can't blow out.
- Updated 5/4: An ATI 5% under drive pully.
- The stock 5.7 balancer has been rated to 6300rpm. Today, we can't approach that RPM without some serious PCM/TCM trickery; something I don't think can commonly be done. But, again in keeping with the overbuild goal, the last thing we want is to get some tuning software fresh outta the gate and have a balancer blow up on us.
- My friend 1bad4dr has hooked me up big time and has this balancer in route to me now. Thank you good sir!
- Why 5% as opposed to a 4% over or 17% under? My personal preference; I actually would like something as close to stock without going over. As of this moment, it would seem the only option is the 5%.
- An aftermarket fuel controller (see question 2 below)
- Someday, should software ever come out, this piece is expendable. Today, however, we need something to sit between the MAP sensor and PCM. Otherwise, lean conditions are most likely to propagate, and idle problems are for sure. A properly tuned aftermarket fuel controller should relieve both of these concerns as issues.
- A bung welded in for a wide band AF sensor, in prep for the HawkEye; a unit that allows the DashHawk to datalog and display wide band data.
- 6.1 injectors. Since I'm adding a fuel controller, I want to have more fuel than I need avail to me and the tuning. The controller will allow us to dial out fuel should we need to, and the 6.1 injectors will allow us to add more if we show we need that instead.
Questions
- The HEMI Shop 5.7 to 6.1 ignition coil conversion. Not sold on this idea yet, but wanted to throw it out there for comment.
So there we have it; the FrankenBean is born. Please do feel free to comment/question anything here. If I can answer I will, if not I'll get the answer. See something you don't like? Lets discuss it now...
- The most likely balancer would be the ATI under drive. I'm hoping for another alternative actually; I'm not thrilled at the idea of maintaining the ATI (yes they are maintenance items!) nor do I think an under drive is the best idea. We have contacted a couple other well known mfgs and are awaiting their response. Anyone have any comments/suggestions?
- Updated! See above.
- The two fuel controllers I'm considering are the SMT6 and PSC1. The SMT6 is very powerful, but its unclear all those features work with our LXs. Neither allows an advance of timing (something I'd really like to be able to do). Also, I'd like to see a better resolution; I think the SMT6 is at 200RPM and the PSC1 is at 500RPM. Anyone know for sure?


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