http://www.tsr-performance.com/pages/rollroad.asp
She spent 2hrs on the dyno, and ended up with the timing at 9 degs, and other settings as shown below. This cost £80, and included about 6 power runs to try different settings.
The strange thing was that only the timing made any difference, and 9 degs was all she could take before pre detonation took hold.
The operator was very familiar with the mkII Golf injection system which is identical, and was very pleased with how smooth the torque and power curves were.
http://s199.photobucket.com/albums/aa28 ... V00119.flv
[IMG:640:480]http://i199.photobucket.com/albums/aa28 ... C00122.jpg[/img]
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The max power achieved at 10degs, but with detonation gave a power figure of 110.6BHP. This was backed off till a sustained full throttle run was achieved and 105BHP.
The two top lines on the graph are torque (orange) and BHP (red). The steps on the torque curve correspond to the ECU increasing fuel, with revs, giving level amounts of torque till fuelling is increased. The blip in the power at 80BHP 3700rpm is where maximum fuelling is achieved, and torque flattens off, power increase is achieved by revs only after that point. This is shown by the blue line at the bottom flattening off at that time.
The operator Tom did not touch any of the idle stabilisation stuff, and did all tuning as is. He stated that at idle there is a set amount of fuel introduced into the engine by the injectors, and the CO mix screw only plays with air, which if you richen the mixture there is a point where it does not burn due to inefficiencies, and if you weaken the screw it will actually show a increase in emissions.

The blue line also shows the gear changes. Note the oil temp of 87degs, after 2 hours of stationary running.