Who is running 4g64 motors? Chime in!
The negatives I've had with the 64 block are:
- my AMS header actually touches the heat shield under my bonnet.. the number 1, and 2 primaries... and they are a bit scratched from it. has not been a problem except it scratched my pretty header
- my AMS turbo support bracket needed to be drilled and fab'd a bit to work
- we had to fab my alternator bracket a bit
- had to lengthen oil return line as it was a bit taught
And then as has been mentioned already, if you go beyond standard bore, gasket choices are not great. Stick to standard bore and you can use HKS.
Also you need a modified water pump which I got mine from Magnus.
You need to degree the cams and use adjustable cam gears as the factory timing marks are a no go since you are running a higher deck.
Otherwise it's a good choice but there are little issues. I think I've ended up with a very responsive setup given the power output of my car.
- my AMS header actually touches the heat shield under my bonnet.. the number 1, and 2 primaries... and they are a bit scratched from it. has not been a problem except it scratched my pretty header

- my AMS turbo support bracket needed to be drilled and fab'd a bit to work
- we had to fab my alternator bracket a bit
- had to lengthen oil return line as it was a bit taught
And then as has been mentioned already, if you go beyond standard bore, gasket choices are not great. Stick to standard bore and you can use HKS.
Also you need a modified water pump which I got mine from Magnus.
You need to degree the cams and use adjustable cam gears as the factory timing marks are a no go since you are running a higher deck.
Otherwise it's a good choice but there are little issues. I think I've ended up with a very responsive setup given the power output of my car.
The negatives I've had with the 64 block are:
- my AMS header actually touches the heat shield under my bonnet.. the number 1, and 2 primaries... and they are a bit scratched from it. has not been a problem except it scratched my pretty header
- my AMS turbo support bracket needed to be drilled and fab'd a bit to work
- we had to fab my alternator bracket a bit
- had to lengthen oil return line as it was a bit taught
And then as has been mentioned already, if you go beyond standard bore, gasket choices are not great. Stick to standard bore and you can use HKS.
Also you need a modified water pump which I got mine from Magnus.
You need to degree the cams and use adjustable cam gears as the factory timing marks are a no go since you are running a higher deck.
Otherwise it's a good choice but there are little issues. I think I've ended up with a very responsive setup given the power output of my car.
- my AMS header actually touches the heat shield under my bonnet.. the number 1, and 2 primaries... and they are a bit scratched from it. has not been a problem except it scratched my pretty header

- my AMS turbo support bracket needed to be drilled and fab'd a bit to work
- we had to fab my alternator bracket a bit
- had to lengthen oil return line as it was a bit taught
And then as has been mentioned already, if you go beyond standard bore, gasket choices are not great. Stick to standard bore and you can use HKS.
Also you need a modified water pump which I got mine from Magnus.
You need to degree the cams and use adjustable cam gears as the factory timing marks are a no go since you are running a higher deck.
Otherwise it's a good choice but there are little issues. I think I've ended up with a very responsive setup given the power output of my car.
my .02 the DSM community help refine this process quite a bit. I have had a 2.4L GSX in the past and I will admit I miss the TQ.
With the right support mods the 2.4l can be a real killer ESP on the circle track or the drag strip.
Like any "motor swap" if thats what you could call it, do your homework most problems / failures come from uneducated guesses.
IMHO the 2.4 takes a better beating then the 2.0 its like the 2.4 was born to rule above 5000 RPM's
oh with mivec, even though its a new element for the 2.4 arena look around there is a better understanding of it on here then you might think.
With the right support mods the 2.4l can be a real killer ESP on the circle track or the drag strip.
Like any "motor swap" if thats what you could call it, do your homework most problems / failures come from uneducated guesses.
IMHO the 2.4 takes a better beating then the 2.0 its like the 2.4 was born to rule above 5000 RPM's

oh with mivec, even though its a new element for the 2.4 arena look around there is a better understanding of it on here then you might think.
Last edited by BCOZEVO; Nov 30, 2008 at 12:12 AM.
my .02 the DSM community help refine this process quite a bit. I have had a 2.4L GSX in the past and I will admit I miss the TQ.
With the right support mods the 2.4l can be a real killer ESP on the circle track or the drag strip.
Like any "motor swap" if thats what you could call it, do your homework most problems / failures come from uneducated guesses.
IMHO the 2.4 takes a better beating then the 2.0 its like the 2.4 was born to rule above 5000 RPM's
oh with mivec, even though its a new element for the 2.4 arena look around there is a better understanding of it on here then you might think.
With the right support mods the 2.4l can be a real killer ESP on the circle track or the drag strip.
Like any "motor swap" if thats what you could call it, do your homework most problems / failures come from uneducated guesses.
IMHO the 2.4 takes a better beating then the 2.0 its like the 2.4 was born to rule above 5000 RPM's

oh with mivec, even though its a new element for the 2.4 arena look around there is a better understanding of it on here then you might think.
Now if you are running a small turbo where you are going to be out of its efficiency range any higher then lets say 8500rpms then ya the 2.3-2.4 is very nice to have.
BTW: You need a 4G64 block that is a 7 bolt. I would go with a 2000 Galant block.
Chris
I would have to dissagree on the 2.4 born to rule above 5000rpms. For instance on my 42R i gained about 500-700rpms of spool on the 2.4 compared to the 2.0. BUT i lost almost 3000rpms up top which is where the 42R makes its power. From 5000rpms to 10800rpms the 2.0 walks all over the 2.4 IMO.
Now if you are running a small turbo where you are going to be out of its efficiency range any higher then lets say 8500rpms then ya the 2.3-2.4 is very nice to have.
BTW: You need a 4G64 block that is a 7 bolt. I would go with a 2000 Galant block.
Chris
Now if you are running a small turbo where you are going to be out of its efficiency range any higher then lets say 8500rpms then ya the 2.3-2.4 is very nice to have.
BTW: You need a 4G64 block that is a 7 bolt. I would go with a 2000 Galant block.
Chris



