6 Port Bridgeport
#1
Well guys here is the long awaited 6 Port Bridgeport Dyno sheet
Series 4 6 port engine
Holley 600
RB 6 port intake
Home made long primary header
Full Brige Port
Half tank of regular pump gas
9.5:1 rotors
We have reason to believe that the tires were slipping around on the rollers, they were brand new MT I prifile street tires.
Series 4 6 port engine
Holley 600
RB 6 port intake
Home made long primary header
Full Brige Port
Half tank of regular pump gas
9.5:1 rotors
We have reason to believe that the tires were slipping around on the rollers, they were brand new MT I prifile street tires.
#3
[quote name='ArmyOfOne' date='Sep 6 2005, 10:28 AM']New dyno my 6 port bridge port made 225hp and 124 ft/lbs torque I will post up the sheet sometime later today.
[/quote]
what did you change ? that is a good improvement over the last dyno
[snapback]755501[/snapback]
[/quote]
what did you change ? that is a good improvement over the last dyno
#6
[quote name='ArmyOfOne' date='Sep 6 2005, 10:13 PM']Open header, open plenum w/ 1" spacer, full direct fire and some tweaking of the timing.
Amazing what some better breathing can do!!
[/quote]
what ?
what ?
yeah that is probably you know unless you had ear plugs at the dyno
Amazing what some better breathing can do!!
[snapback]755729[/snapback]
[/quote]
what ?
what ?
yeah that is probably you know unless you had ear plugs at the dyno
#7
Well here is the sheet.
Something I forgot to mention was that during the last engine rebuild I found that the center plate had some scorch marks on it. So of course I had to port a new one. I noticed that the auxiliary ports had a lot of soot, this led me to believe that they were not breathing too well. So what I did to counter this problem was that I did not port the primary runners as large. The port size and timing are the same but the runner is a little narrower. I checked the auxiliary ports after I got home from the dyno and they were spotless so I guess that my idea of putting in a restriction on the primary side made the engine breathe better through the auxiliaries. I am happy with my first experiment success.
Next will be to run the same port type and timing on a "Euro" 6 port engine with the nice curved auxiliary ports. More to follow on this in a couple of months.
This will be my last dyno in the USA. I would like to thank everyone on the forum who has given me a hand. Special thanks to Judge Ito for teaching me everything I know.
Something I forgot to mention was that during the last engine rebuild I found that the center plate had some scorch marks on it. So of course I had to port a new one. I noticed that the auxiliary ports had a lot of soot, this led me to believe that they were not breathing too well. So what I did to counter this problem was that I did not port the primary runners as large. The port size and timing are the same but the runner is a little narrower. I checked the auxiliary ports after I got home from the dyno and they were spotless so I guess that my idea of putting in a restriction on the primary side made the engine breathe better through the auxiliaries. I am happy with my first experiment success.
Next will be to run the same port type and timing on a "Euro" 6 port engine with the nice curved auxiliary ports. More to follow on this in a couple of months.
This will be my last dyno in the USA. I would like to thank everyone on the forum who has given me a hand. Special thanks to Judge Ito for teaching me everything I know.
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