I don't know 2nd gen
but usually it's to do with length. and type of joint used in the final driveshaft.
The diff's usually don't always sit in the same position. Because the torque converter traditionally is taller so it pushes the the drivetrain further out.
on 1st gen it's spline difference.
but I would have thought it would of been the 26 V 28 spline but I might be thinking something else.
also sometimes you find due to a tri-pod joint on the inner joint being used on the shaft it usually makes them longer or shorter
Autos' use tripods on the inners more often then manuals but on some cars due to no intermediate shaft used they use a full Cv.
but usually it's to do with length. and type of joint used in the final driveshaft.
The diff's usually don't always sit in the same position. Because the torque converter traditionally is taller so it pushes the the drivetrain further out.
on 1st gen it's spline difference.
but I would have thought it would of been the 26 V 28 spline but I might be thinking something else.
also sometimes you find due to a tri-pod joint on the inner joint being used on the shaft it usually makes them longer or shorter
Autos' use tripods on the inners more often then manuals but on some cars due to no intermediate shaft used they use a full Cv.