Since the 2j block is compatable with the 1j head, is it safe to assume the 2j head is also compatable with the 1j block?
I am in no position to consider taking on any project like this, but the idea of an ultra responsive 1jz has been appealing to me more and more over the past month for some reason.... I have no idea what car I would like to see it in, though I would definatley be against the mkiv and mkiii due to their weight.
Does anyone know the rough weight of a 2j block, 2j head, 1j block, and 1j head?
Also, I know its still being debated, but does anyone have some hard evidence of the flow potential of the 1j head? From what I have read it sounds like an urban legend that the 1j head flows better/can be made to flow better than the 2j. On another note, does the 1j head do any better at high rpms than the 2j head?
Out of curiosity, how much power would two ct12b's (stock boost) yield in conjunction with a 1jz bottom end? Im thinking full boost wouldnt be seen untill around 4.6-8k rpms.
I am in no position to consider taking on any project like this, but the idea of an ultra responsive 1jz has been appealing to me more and more over the past month for some reason.... I have no idea what car I would like to see it in, though I would definatley be against the mkiv and mkiii due to their weight.
Does anyone know the rough weight of a 2j block, 2j head, 1j block, and 1j head?
Also, I know its still being debated, but does anyone have some hard evidence of the flow potential of the 1j head? From what I have read it sounds like an urban legend that the 1j head flows better/can be made to flow better than the 2j. On another note, does the 1j head do any better at high rpms than the 2j head?
Out of curiosity, how much power would two ct12b's (stock boost) yield in conjunction with a 1jz bottom end? Im thinking full boost wouldnt be seen untill around 4.6-8k rpms.