Another milestone - it looks like a small step, but at least it's bolted up to the dyno, which means the engine is finally mechanically complete enough to run. As long as this has dragged on, I must admit I often wondered if I'd live to see this day.
This is not the "final" configuration of the engine, however. Henry has taken my set of coils off and will run it from a set of his Electromotive coilpacks, plus the valve covers will eventually get pulled off and will be powder coated in wrinkle black, which should set everything else off nicely.
Once he's gotten it sorted running from his TEC3r, he'll take that system off, and Mitch & I will fly in with an AEM Infinity10 (or hopefully by then, a beta version of the Infinity12) and will set that ECU up and run it again.
The TEC3r doesn't have enough I/O to run either the injection or ignition in fully sequential mode, so it'll be batch fire on the injectors and waste spark on the ignition. Henry has been an Electromotive dealer for ages, so although it's limited in its capability, he knows the system in & out, and has any number of maps and setups he can drop into the ECU to get the engine going & tested.
The Infinity10 has enough outputs for full sequential on the injectors, but only waste spark on the ignition. Not a big deal and this will be the fall back ECU if the Infinity12 isn't ready in time. Mitch is one of the beta testers for this ECU
The Infinity12 will have enough outputs to do everything in fully sequential mode, but as yet, it's not on the market even in a beta version.
Anyone want to speculate what it'll make on the dyno? Engine was originally 5.0 liters, but has been punched and stroked to 6.0. It has a set of hot, high lift cams, but little or no head or chamber work. It's also a SOHC 2v engine, so not as optimum a setup for breathing as a DOHC 4v engine.