GT40, custom header
2.3 liter
BR Race FMIC
Starting AIT 44.60 degrees
Ending AIT 53.60 degrees
Peak boost 35.53 psi
20 psi at 5063 rpm
GT40, custom header
2.3 liter
BR Race FMIC
Starting AIT 44.60 degrees
Ending AIT 53.60 degrees
Peak boost 35.53 psi
20 psi at 5063 rpm
This is nuts:
2 liter
BR GT35r header kit
Old original FMIC (this is one 15+ years ago we thought was the best)
Starting AIT 107.6 degrees
Ending AIT 194 degrees
Peak boost 31.80 degrees
20 psi at 4793 rpm
Same car as above but we designed and built our new FMIC for the DSM
2 liter
BR GT35r header kit
New 1G DSM FMIC
Starting AIT 86 degrees
Ending AIT 107.6 degrees
Peak boost 37.40 degrees (NOTE 6 more psi than the base run!!)
20 psi at 4695 rpm (NOTE, 100 rpm sooner to 20 psi!!)
Starting AIT 64.40 degrees
Ending AIT 93.20 degrees
Peak boost 27.73 psi
20 psi at 3273 rpm
This is the same car as above, one day apart after a change to the Race FMIC
Starting AIT 95 degrees
Ending AIT 100.4 degrees
Peak boost 33 psi (NOTE 6 more psi and still cooler temps)
20 psi at 3723 rpm
Starting AIT 87.80 degrees
Ending AIT 93.20 degrees
Peak boost 41.12 psi
20 psi 4676
Starting AIT, 71.60
Ending AIT, 77.oo
Peak boost, 42.27 psi
20 psi at 4691 rpm
Starting AIT, 95
Ending AIT, 98.60
Peak boost, 31.77
20 psi at 3641 rpm
Dave, first off thanks for the info, it is highly valued and taken for just what it is, some logs at various times, not a direct comparison, yadda yadda yadda. Still the data says a lot.Originally Posted by David
Question: is it common to see and extra ~400rpms of lag when stepping up to your race core, even if you're coming from the (already fairly big) deluxe core? Or does this depend on the turbo...i.e. a stock-frame turbo like the IX or 20GLT will see more lag on the race core than say a 35R?