Oh this looks soooo much better than my past attempt to “gold accent” the plastics! OER paint is pretty magical! The original colored kick panel is at the bottom for comparison.
WORD OF CAUTION - If you are using the Classic Auto Air (or any system that uses an electronic blocking valve to the heater core rather than a blend door) - You will need to install additional T's on the coolant line to the heater core path for a return to the engine when the heater is off, otherwise you will only have coolant flowing on one side of the engine. Another shop buddy was working on an E body and wondering why only one side of the engine was heating up. The coolant had no return unless the heater was switched on.
View attachment 1716068203
That could have been bad. At least the lesson was learned without destruction (and not on my car / engine.)
I think someone needs to design a "hemi swap" k-member that uses factory torsion bar set up and addresses all the pain points. It seems like it would be easy to come up with a unique mounting system that allows the oil filter on the G3 to remain in the stock position, and allow use of the low mount AC compressor.Spoke with my guys. Yeah… first show of the year is definitely not gonna happen. We’re moving forward but guys with bigger wallets than me are on the list.
At this point we had to swap back from the rubber mounts to poly locs due to settling of the material. We had clearance and then we didn’t after the engine was in the car for several months.
Perhaps QA1 could do a new version of the tubular K with spool mounts? Product team? Listening?
I’m working on a side project to figure out placement of the Holley digital dash, I think I’ve got it worked out, I’ll just have to make a trip to the shop and confirm measurements.
I’ll be grabbing the kick panels for paint, might as well do something productive from my side.
Meh. Shouldn’t have gotten my hopes up. Here’s hoping we’re ready by September for the next show I planned on.
Time to work on other summer projects at the house.
I think someone needs to design a "hemi swap" k-member that uses factory torsion bar set up and addresses all the pain points. It seems like it would be easy to come up with a unique mounting system that allows the oil filter on the G3 to remain in the stock position, and allow use of the low mount AC compressor.
Actually they've been working with their engineers - this seems to be an issue with more than just the Gen 3 Hemis - the LS and Coyote engines are also having issues with the flow routing, and specifically modern engines being under a much higher working pressure. One of the test cars blew the hose right off of the fitting (clamp pressure was not enough!)Does this still apply if you have classic auto air with a cable operated valve in the heater line? Seems odd that classic wouldn't have addressed this.
I'm having a hard time understanding this. I can't believe Chrysler designed an engine that uses heater hoses as a means to carry coolant to critical engine locations. Take a look at the water pump. The suction side of the pump goes to the center of the impeller, just like all water pumps. Water is then discharged directly into the block. The suction side of the heater hose is in a similar location (red circle on front).WORD OF CAUTION - If you are using the Classic Auto Air (or any system that uses an electronic blocking valve to the heater core rather than a blend door) - You will need to install additional T's on the coolant line to the heater core path for a return to the engine when the heater is off, otherwise you will only have coolant flowing on one side of the engine. Another shop buddy was working on an E body and wondering why only one side of the engine was heating up. The coolant had no return unless the heater was switched on.
View attachment 1716068203
That could have been bad. At least the lesson was learned without destruction (and not on my car / engine.)
I'm having a hard time understanding this. I can't believe Chrysler designed an engine that uses heater hoses as a means to carry coolant to critical engine locations. Take a look at the water pump. The suction side of the pump goes to the center of the impeller, just like all water pumps. Water is then discharged directly into the block. The suction side of the heater hose is in a similar location (red circle on front).
Now to return side. The water comes out the head, returns to a small section of the block, then goes through the timing cover into the top portion of the water pump and thermostat housing. The heater hose connects to the block in this area. (blue circle)
The way I'm seeing it, you can plug both of the heater hose ports, which I'm sure some racers already do, and you won't have a coolant flow problem.
I also think someone commented about the pump blowing the lines off. Pressure in an automotive cooling system comes from the expansion of the coolant as the temperature increases, not from the water pump. If they are blowing lines, their hose clamp must have been loose, or they were using a radiator cap with too high of a pressure rating.
I could be completely wrong here, but someone needs to explain the science behind Chrysler using heater hoses for a main path of coolant.
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Sure wish I had seen this thread earlier, I might could have saved you a bit of cash. I stuffed a 6.1 into my Demon. I have a build thread on it here at FABO. Send me a PM if you want anytime as the dash aspect gave me fits. Keep in mind I did it all myself so likely not nearly as skilled as a shop that does it for a living. i used a Dakota Dash in mine. I can send you pictures of anything you need on how I resolved whatever. Again I did it at home with limited skills and resources so some of my solutions were crude! (Think farmer) Hah! Great build and congrats on getting it running. You have a beautiful car for sure, well done.Oh and I bought a bunch of stuff pre COVID so I saved money before prices went stupid. Makes me wonder how anyone can afford to do these!
I had to chase the threads on every single stud for the bench. That tap and die set paid for itself!