You can use RS2E as base and then map it HM for your engine.Had a reply and quote that I?m happy with, just need to decide whether to go for this or a custom map from Phil Crowey or HM
Decisions Decisions
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You can use RS2E as base and then map it HM for your engine.
You won't get TC settings either as I understandPhil Crowey says he can unlock the ECU and map the bike for ?900 so price wise not a lot in it but I suppose with Phil?s map it will be custom to the engine. Although I won?t get the throttle mod that way
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I had a small doubt over the 'meanings' in the diagram for the features of the RS2E map. I had assumed I had read it correctly but wanted to be sure.
View attachment 4319
Rainer supplied this confirmation.
Deactivated = no support (means in this row that wheelie control is off in Slick mode)
-- = very low support
- = low support
0 = normal support
+ = strong support
What about Race or Slick?Depends on the mode.
0 in Sport
- Alex
What about Race or Slick?
Yep. Altho, it varies 192-188 depending on time of the year.Reassuring to hear it needed no adjustment.
189 at the wheel there is in line with other Gen3's.
- Alex
Just finished Dyno at HM racing today.
Initially I was very disappointed as the bike only showed 173 with a sharp fell off of power at top end, but luckily Tony found an issue with a disconnected trumpet that has been sitting there since bike rebuilt in Feb.
After fixing this the bike showed 189.23 on rear wheel.
HM said no adjustments necessary, fueling and shape of power/torque lines was perfectly fine.
What was disconnected ?
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Variable length intake trumpets
Low frequency sounds and resonance are associated with long conduits, while high frequencies are associated with shorter ones. For example, a trumpet (High notes) is shorter than a slide trombone (Low notes).
The intake side of a four stroke engine takes advantage of the pulses, created by the opening and closing of the intake valves, to create synchronized waves of incoming air that are used to ?supercharge? the cylinder with air on the intake stroke. A long intake trumpet does this nicely under 6000rpm (Good for torque), while a shorter trumpet works better from there to maximum rpm (Good for power).
This length change is accomplished by installing long two-piece intake trumpets and programming the Engine Control Unit (ECU) to separate the extra length when the rpm goes over a certain limit.
A trumpet motor inside the airbox (on left side) was not properly connected to short trumpets. It has never opened short trumpets hence limiting airflow at high RPMs.
Can anyone share how do you launch the bike with this mapping?
We used mode 2, and also lowered the rpm to 6500.
Did a test with the original 9000 rpm and it was very difficult to control.
Held the grip fully open, and just released clutch(not dump, but not feathering neither)
Could only get 0-200kmh in 8.7 seconds, 250 meters.
Online sources mention the standard bike could do 0-200 in 6.8@209 meters?
Any tips? logs?
I would post mine but not sure how to attach here.
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