LQ4 into a 3rd Gen/1972 Nova








I highly recommend going from 3 to 4 casters and placing them at the outermost corners. That three caster setup is just asking for a tipover! It may feel stable on a flat surface, but as soon as that front wheel hits a pebble or crack in the concrete, lookout!
I have an aluminum filler rod rack in the works that will bolt to the side, and I've thought about making a helmet hook too, but other than that it turned out better that I thought it would!
It was a lot of good steel welding practice, but now I have no excuse about delaying and gotta focus on the car now!
Mark... thanks, see, I've been doing somthing in the garage not just slacking haha... how's you're progress? We need to crack open some beers over your car soon! Haha
Ordered a bunch of 2.5" x 0.063" mild steel tubing and bends, with some brand new 2010 LS3 manifolds as well as an LS3 water pump, to give me a bit more room to work with up front for the cold side.
I milled a turbo flange. I'm still on the fence about this diesel HE351VGT Holset turbo, but since I have it and it was free, might as well give it a shot. Also doesn't hurt that its turbine inlet is so damn close to a T4, so I just made a T4 flange will a dual bolt pattern, so upgrading to a bigger T4 later would be easy(ish).





Also yea, the DRO's are borderline essential if you want to keep your sanity I think!
The manifolds were pulled off of an LS3 crate motor, so to be honest I don't know whether they'd be from a Vette or Camaro. I haven't seen pics of the Camaro ones, so I can't comment if they're any different, but these look like the C6 Vetter ones that Marktainium almost let me use, which also happened to have O2 bungs in them right around the collectors. If these don't have provisions for the O2 sensors then I'll weld in some bungs vertically underneath the 2.5" piping on each side, right aft of where it'll bolt up to these manifolds.
The Best V8 Stories One Small Block at Time
The Dynasty is a great little bugger. I got it new, at about $50 above cost or something low like that, but it was still pricey. The main selling points for me were the size/weight, insane adjustability, input power flexibility, and prettymuch that I'll never need to upgrade. I've welded a couple real thick steel things so far, and put a lot more amps into them than I thought my 115V 15A breaker would allow, but now I really do need to step up to 220V in order to do some serious aluminum.
Stay tuned for some aluminum gauge panel updates within the next couple days...



This was fun, felt like a big industrial etch & sketch...


Clearance notches to tack the bezel rings in from behind to hide them...




Now to decide how to finish it, I want a rough matte black finish, thinking either:
1) bead blast and paint a semi-gloss black
or
2) anodize matte black and hope for a bit of a rough finish


i'm doing something similar on the goat, though I'm having it laser cut or water-jetted due to the shape (not a simple rectangle like that). I'm also thinking of leaving it natural aluminium. the sides and steering column relief have been a nightmare to model. I've probably ran 6 or 7 designs through the plotter at work to mock it up, and I'm still not quite done.
It sure is nice having access to the machines, but unfortunately they're not mine, I do all this stuff at work before my day officially starts.
Waiting on the manifolds shipment to arrive just south of the border before I go pick that up as well as whack load of piping I ordered. In the meantime I made something that'll be helpful haha! It's modeled after a Turbonetics T76 and dimensionally accurate to about 1/4"

I vote for a black finish on the gauge panel. A smoke-anodize might look good too. Then I'd go back and hit the front faces of the rings with sandpaper to get them down to raw (or later polished) aluminum as accent.








