Base mapping 1000cc injectors...
Hondata S300, Innovate MTX-L wideband, ID1000cc injectors. Obviously I could try and monitor the fuel trim with the wideband while adjusting, but I'm not sure how quick you can wash the cylinders and cause damage. My options are basemap it to run below 4,000 RPM and drive it directly to the tuner maybe 20 miles away, or risk nothing and sacrifice a AAA tow. Any info would be greatly appreciated.
You won't damage your cylinders instantly by running too rich or lean at idle while you tune your overall fuel trim.
Either get a basemap from your tuner and play with the overall fuel trim until the a/f ratios are good enough to drive on or tow the car.
You can also contact the dealer you bought the system from for a basemap.
We provide customers that purchase their system from us with a free basemap at the time of purchase.
Either get a basemap from your tuner and play with the overall fuel trim until the a/f ratios are good enough to drive on or tow the car.
You can also contact the dealer you bought the system from for a basemap.
We provide customers that purchase their system from us with a free basemap at the time of purchase.
I figured you would chime in and hoped that you did lol. Unfortunately I didn't purchase the Hondata from you but you would be the one tuning the car. How much would it be for a basemap?
Thanks John! If I don't use AAA (depending on how many tows are left for track days) I will definitely be purchasing a base map from ya and scheduling a dyno tune.
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Go into S300's software, enter in the battery offset (aka injector latency) table numbers ID gives you, then rescale the map for 900cc injectors. ID1000's flow 880-900cc when tested with Heptane-N. ID got those numbers with raw gasoline. It makes sense until you realize the ecu numbers are for Heptane-N numbers.
Go into S300's software, enter in the battery offset (aka injector latency) table numbers ID gives you, then rescale the map for 900cc injectors. ID1000's flow 880-900cc when tested with Heptane-N. ID got those numbers with raw gasoline. It makes sense until you realize the ecu numbers are for Heptane-N numbers.
cheers mate! I have 3 AAA 100 mile tow's between now and September 1st. I might use this info and get her fired up! If 10 minutes of tinkering can't get me an A/F between 13 and 14:1 under 4000RPM I will probably just have it towed. What would be a dangerously rich/cylinder washing A/F ratio like 10 or 11:1?
Go into S300's software, enter in the battery offset (aka injector latency) table numbers ID gives you, then rescale the map for 900cc injectors. ID1000's flow 880-900cc when tested with Heptane-N. ID got those numbers with raw gasoline. It makes sense until you realize the ecu numbers are for Heptane-N numbers.
Would this be the same for ectune or neptune
cheers mate! I have 3 AAA 100 mile tow's between now and September 1st. I might use this info and get her fired up! If 10 minutes of tinkering can't get me an A/F between 13 and 14:1 under 4000RPM I will probably just have it towed. What would be a dangerously rich/cylinder washing A/F ratio like 10 or 11:1?
I have no idea who you are, therefore I would never use a basemap that you made in my personal car. I learned to really trust nobody but yourself besides those that have a serious reputation. Hence why the only other people that have touched my car besides me for the window tint, exhaust welding, and a friend that does wiring as a career for the alarm.
Go into S300's software, enter in the battery offset (aka injector latency) table numbers ID gives you, then rescale the map for 900cc injectors. ID1000's flow 880-900cc when tested with Heptane-N. ID got those numbers with raw gasoline. It makes sense until you realize the ecu numbers are for Heptane-N numbers.
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