new idea i'm toying with...
basically, i'm taking the vehicle speed and dividing it by the calculated airflow to get an idea of load on the engine(not unlike LV8 for OBD1 MAF setups).
the theory behind this being less airflow per MPH means better fuel economy/more power per unit of fuel used. could be VERY useful for spark tuning... if the theory holds water anyway.
i'm tracking it with the histogram feature on tunerpro V5 and i'm getting very sensible numbers...
55MPH at 55kPa is showing 1.100 (meaning 60.5 grams per second of air)
on the high end, 5MPH at 55kPa, i'm seeing 10.562 (52.81 GPS).
on the low end, 60MPH at 25kPa is .327 (19.62 GPS).
i iz excite!
opinions?
at the very least, it should be a decent indicator of where an engine is most efficient...
basically, i'm taking the vehicle speed and dividing it by the calculated airflow to get an idea of load on the engine(not unlike LV8 for OBD1 MAF setups).
the theory behind this being less airflow per MPH means better fuel economy/more power per unit of fuel used. could be VERY useful for spark tuning... if the theory holds water anyway.
i'm tracking it with the histogram feature on tunerpro V5 and i'm getting very sensible numbers...
55MPH at 55kPa is showing 1.100 (meaning 60.5 grams per second of air)
on the high end, 5MPH at 55kPa, i'm seeing 10.562 (52.81 GPS).
on the low end, 60MPH at 25kPa is .327 (19.62 GPS).
i iz excite!
opinions?
at the very least, it should be a decent indicator of where an engine is most efficient...
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