Thanks, I remember your car and set up. That is very clean.
The Wallace calculator says you were making about 235hp.When I did my turbo setup, I used a modified Corvair (Rajay) turbo. 500 Holley 2bbl (draw thru), on a 170 engine. Don't know the HP, but car weighed about 2700 lbs, and ran 13.4's at 104 mph, Was at 10-12 lbs boost. Boost gauge needle would vibrate pretty bad. The mod to the turbo was just the compressor housing, to convert from the small Corvair 1 bbl 3 bolt inlet to the now common 3 inch inlet.
PS: I did have a homemade water/alcohol injection system that turned on at 5 psi.
What do you have going on, on the right fender well, coil pacs?this is the best I had handy
yes, LS style coil packs. ditched the distributor and went coil near plug via a MS3ProEVoWhat do you have going on, on the right fender well, coil pacs?
What do you use to trigger the ignition? Have you seen that doohickey Gill Welding has made that bolts to the fuel pump boss and gets a signal from the fuel pump lobe on the cam?yes, LS style coil packs. ditched the distributor and went coil near plug via a MS3ProEVo
So I would guess the turbo added about 105 hp. The 170 stock was 101 hp and it had a cam, bigger carb, and open exhaust (figure about 130 hp)The Wallace calculator says you were making about 235hp.
That’s a very healthy 170.So I would guess the turbo added about 105 hp. The 170 stock was 101 hp and it had a cam, bigger carb, and open exhaust (figure about 130 hp)
You should update your thread.yes, LS style coil packs. ditched the distributor and went coil near plug via a MS3ProEVo
Not to hijack this thread, but my 66 Cuda with a 170, weighed 3250 and ran 12.905 at 101.85 mph. According to Wallace that is 298 hp by ET, and 264 hp by mph. The reason the et number is better is the engine made 368 lb/ft of torque at 2850 rpm. and launched hard. 1.76 sec 60 ft times.That’s a very healthy 170.
No, by all means, please share. Gives us more info.Not to hijack this thread, but my 66 Cuda with a 170, weighed 3250 and ran 12.905 at 101.85 mph. According to Wallace that is 298 hp by ET, and 264 hp by mph. The reason the et number is better is the engine made 368 lb/ft of torque at 2850 rpm. and launched hard. 1.76 sec 60 ft times.
Back to the previous show.
Rusty, the engine in my Cuda was not turboed, it had a fogger system. From my experience a nitrous slant will make more low end torque, and a turbo slant engine will make more upper end HP.No, by all means, please share. Gives us more info.
That makes all the sense in the world, because a turbo.....at least back when you were running them, needed time to spool up, where the N20 was instant. I think modern turbos have come a long way since that time and can have an impact on low end performance as well, but they still have to spool up.Rusty, the engine in my Cuda was not turboed, it had a fogger system. From my experience a nitrous slant will make more low end torque, and a turbo slant engine will make more upper end HP.
PS: I am not an expert on either system, and this is just my experience. In all probability a better matched turbo than I had would out perform the nitrous system, or at least could match the bottom end torque.
It’s a completely different world. Just like torque converters, the technology changes so damn fast.I think modern turbos have come a long way since that time
I ALMOST made that comparison.It’s a completely different world. Just like torque converters, the technology changes so damn fast.
I have a modified Jeep cam position sensor. Yes, I saw Gill Welding's deal. actually talked with them about it when I did mine.What do you use to trigger the ignition? Have you seen that doohickey Gill Welding has made that bolts to the fuel pump boss and gets a signal from the fuel pump lobe on the cam?
I’m using one as well on a small block. If a small block and slant 6 distro drive are the same distance from the distro mounting surface I have the adapter cad file to have more made.I have a modified Jeep cam position sensor. Yes, I saw Gill Welding's deal. actually talked with them about it when I did mine.
Totally possible, and done pretty frequently. The reason for switching to a Jeep cam sync sensor is for packaging and the ability to swap the sensor easily.Question? Would it not be possible to take a stock electronic distributer, and remove all except one of the reluctor "wings" and use that as a cam sensor? Of course lock out the advance.
Thanks. Trying to learn some modern "stuff" here. The 64 Valiant I just got came with the Gill Welding intake Crank sensor assorted other sensors (but I did not see a cam sensor). Has coil on plug ign system. With a Speedunio ECM. Would like to get it running by next summer.Totally possible, and done pretty frequently. The reason for switching to a Jeep cam sync sensor is for packaging and the ability to swap the sensor easily.
For running batch fire on most ECUs you don’t even need a cam sync.Thanks. Trying to learn some modern "stuff" here. The 64 Valiant I just got came with the Gill Welding intake Crank sensor assorted other sensors (but I did not see a cam sensor). Has coil on plug ign system. With a Speedunio ECM. Would like to get it running by next summer.
From what I gather it is "semi" batch fire. 3 sets of 2 cyls. I have a lot more reading to do. I'll get into this on my build thread, and try to stop hijacking rusty's thread.For running batch fire on most ECUs you don’t even need a cam sync.
Like this??Question? Would it not be possible to take a stock electronic distributer, and remove all except one of the reluctor "wings" and use that as a cam sensor? Of course lock out the advance.