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Service manual should be helpful but I’m not sure that there’s enough there for someone who’s never done it before to be able to use it as a step by step guide. This is from the ‘67 FSM.
Nice!
But fender tag pic would be very helpful!!
With the "Made for Export" tags, would the 383 2bbl have been specific to export and also have a lower compression ratio, as a result? With a different VIN engine code or markings on the block, too?
The key to the lh exhaust manifold might be IF the head pipe is factory, too? Rather than something a muffler shop might have done? Which might mean a normal joint rather than the factory ball-joint connector on those lh pipes?
Seems that Gertrude has her mysteries!
Just some thoughts,
CBODY67
Service manual should be helpful but I’m not sure that there’s enough there for someone who’s never done it before to be able to use it as a step by step guide. This is from the ‘67 FSM.
View attachment 487671
With the "Made for Export" tags, would the 383 2bbl have been specific to export and also have a lower compression ratio, as a result? With a different VIN engine code or markings on the block, too?
Just looked in the '68 Chrylser parts book. There is a 383 2bbl "L.C., Export" piston listed, but found no VIN engine code for such. Further mystery . . . LH HP manifold for the 383 4bbl and 440HP also fit the LH of the 383 2bbl 3-spd manual trans cars, according to the same '68 Chrylser parts book. FWIW
Enjoy!
CBODY67
Incredible car but can someone please tell me what's wrong with the battery or circuit leads?
Congratulations on the beautiful Newport!
I somewhat doubt that the LH exhaust manifold really helps or unbalances the flow, side to side, as backpressure does not really happen until WOT happens. Ages ago, a reader of CAR LIFE put a pressure/vac gauge on his later-'60s Coronet and discovered that real pressure does not happen until higher rpms and WOT, surprisingly. In the rpm ranges that the 383 2bbl normally sees, that makes backpressure a non-issue of sorts. On a 2bbl engine, the carb sizing is more of a limiting factor than anything else, typically.
In general, Chrysler had better exhaust systems than GM or Ford back then. From the cyl head to the end of the tail pipe. Pipe sizing was generally a notch or two larger, as the exhaust manifolds tended to be about flow rather than just getting the exhaust gasses to the end of the tail pipes, it seemed. Look, too, at the later-model GM pickup truck exhaust system. Other than modern advances in muffling and individual-port tubular exhaust manifolds, the sizing is generally a bit smaller than Chrysler used and they are getting over 300 net horsepower with a single exhaust system on a litttle bit smaller engine. Horsepower and quietness. FWIW
Glad everything is continuing to look good on your purchase and salvation of a rare, low-production number, Chrysler convertible!
Enjoy!
CBODY67
Definitely would not have caught that. Nice car stillOK, if you look carefully at the starter relay, you will see that its a MANUAL starter relay, lacking the neutral safety switch connection. The NSS itself must be disabled, as the car runs along, goes into gear et al despite the NSS lead dangling in aether nnear the relay. This I shall remedy ASAP. I strongly suspect the trucker who flipped her to me to be the culprit here, as in the case of that Carter F & F* (Finagled & Fukt) carb that came with her. God be thanked my Stromberg still works very well! The tiny leak I imagined last month turned out to be the fuel line.
I'll take a closer pic of the relay if you want to look....
FWIW not all export cars actually got exported, some might have been diverted to fill a customer order. i know of a barracuda that had export tags but never left the states. the then owners bought it new from a dealership
Cool car and I love the fact that it still have the steel rims with Chrysler specific poverty caps. Think this is the first 68 Chrysler I have seen with the OEM set-up still on it after all these years.