I couldn't see a separate programming track outlet on the command station, but it does claim you can read CVsI would look into the programming capabilities... I did a translate of the page, clearly it has POM (programming on the main), but it was not clear if it had service mode (the "programming track")...
Mts was on 14 , but I'm still on that with the new system as well. Noticeably better. When I get round to it I'll try them on 28I would assume better low speed operations is the result of using more speed steps? Are you running 28 or 128? Was your MTS on 14?
Greg
In DCC terms you are describing the "starting voltage" which is the voltage ascribed to speed step 1, so that the loco will actually move however slowly at the first notch. This is a standard feature of all decoders. From there you can use linear scales as you have, or describe your own speed curve in 28 steps.Not sure how commercial manufacturers do it, if at all, but when I started doing my own remote control units I found that a linear PCM scale of 1 to 18 (chosen to represent approximately 1 to 18 mph for my steam loco requirements) wasn't much use, the loco wouldn't move until say 8 which effectively wasted 7 steps.
I change the software such that the 1-18 steps from the controller was mathmatically corrected to the usable 8 - 18 steps of the loco such that the 1st step caused some movement (one line of code for Arduino or ESP8266). A much better speed control experience in my opinion.
In DCC terms you are describing the "starting voltage" which is the voltage ascribed to speed step 1, so that the loco will actually move however slowly at the first notch. This is a standard feature of all decoders. From there you can use linear scales as you have, or describe your own speed curve in 28 steps.