I think that as long as everything is consistent througout the tests (with or without alky) then that is all that matters.
I DO think it would be interesting to test both Intercoolers with AND without ALKY if the measurement is to determine which one produces the maximum numbers on a DYNO. Since the alky (at least on my car) goes in the up-pipe, it wouldn't affect inlet/outlet temps directly at the intercooler.
Of course, that would require four pulls minimum (two per intercooler) on a dyno to check with and without alky, assuming that you only test the two intercoolers.
However, like Razor suggested, a test without an I/C and using Alky only might be interesting as well. Hmm.... has anyone ever measured the air inlet temp to the throttle body downstream of the alky injection point with/without alky to monitor temp change? That too would be some interesting info to have.
Inlet and outlet temps with max rear wheel HP and Torque would be the info I would like to see most, everything else being equal.
I DO think it would be interesting to test both Intercoolers with AND without ALKY if the measurement is to determine which one produces the maximum numbers on a DYNO. Since the alky (at least on my car) goes in the up-pipe, it wouldn't affect inlet/outlet temps directly at the intercooler.
Of course, that would require four pulls minimum (two per intercooler) on a dyno to check with and without alky, assuming that you only test the two intercoolers.
However, like Razor suggested, a test without an I/C and using Alky only might be interesting as well. Hmm.... has anyone ever measured the air inlet temp to the throttle body downstream of the alky injection point with/without alky to monitor temp change? That too would be some interesting info to have.
Inlet and outlet temps with max rear wheel HP and Torque would be the info I would like to see most, everything else being equal.