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Last Friday at the Milan Hobby Expo, I was indeed able to drive SSD's production version - I was told it should be in the shops by mid-October
In short : I was impressed
Now, this was the starter set [BTW yes it includes two LCs, so Jon/Slotcity was right, I stand by my technical considerations that one LC plus one lane crossover would have been "better", but one gets more value this way - fine with me] and the crowd waiting to try it was getting impatient - also, it was my first experience with Scaley's industrial-strength magnets
I did take pictures, but external appearance is the same as previously shown - so I'm sparing myself the effort of posting them
OK, the LCs worked extremely well : one could push an idle car with the other while pressing the LC button, and getting to the LC the front car would go straight and the rear one change
The LC "flipper" (it's too big to call it a blade) is not electrically "live", so a car crossing the LC very slowly will stop - but it really wasn't a problem at normal speeds
There's also a second flipper exiting the LC, but it seems idle - its purpose apparently being that of allowing just two LC track moulds for the four configurations
The controller felt solid and very smooth - more importantly, I could not perceive any delay in the response (at least with two cars running). There's this odd thing about the large button actuating the reverse polarity (??) "hard" brake and the smaller button for the LC. This brake does stop the car on a dime, but I have personal doubts about its usefulness, all the more so since it appears you can configure the controller for conventional dynamic braking - IMO one should be able to rewire the controller so that the large button serves lane changing
The base station does provide lap counting and timing, but the display is ridiculously tiny - I was told there's a port for the connection to a proper screen
The corresponding half straight carries two rail recesses per lane - as previously explained on SF, one recess is for the LED sensor and the other for a conventional lap timer sensor that confirms the reading
The half straight before each LC curve has the same four recesses - presumably again to use the same mould. I don't know if the LED sensor/lap timer combination is also used here (maybe to make sure there's no interference from ambient lighting ?) - the recesses on the other lane should be empty, might come handy for the anti-collision add-on !!
As I said, these are just initial thoughts - I'm sure SSD will be dissected in greater detail and by much abler minds soon !!
Beppe
In short : I was impressed
Now, this was the starter set [BTW yes it includes two LCs, so Jon/Slotcity was right, I stand by my technical considerations that one LC plus one lane crossover would have been "better", but one gets more value this way - fine with me] and the crowd waiting to try it was getting impatient - also, it was my first experience with Scaley's industrial-strength magnets
I did take pictures, but external appearance is the same as previously shown - so I'm sparing myself the effort of posting them
OK, the LCs worked extremely well : one could push an idle car with the other while pressing the LC button, and getting to the LC the front car would go straight and the rear one change
The LC "flipper" (it's too big to call it a blade) is not electrically "live", so a car crossing the LC very slowly will stop - but it really wasn't a problem at normal speeds
There's also a second flipper exiting the LC, but it seems idle - its purpose apparently being that of allowing just two LC track moulds for the four configurations
The controller felt solid and very smooth - more importantly, I could not perceive any delay in the response (at least with two cars running). There's this odd thing about the large button actuating the reverse polarity (??) "hard" brake and the smaller button for the LC. This brake does stop the car on a dime, but I have personal doubts about its usefulness, all the more so since it appears you can configure the controller for conventional dynamic braking - IMO one should be able to rewire the controller so that the large button serves lane changing
The base station does provide lap counting and timing, but the display is ridiculously tiny - I was told there's a port for the connection to a proper screen
The corresponding half straight carries two rail recesses per lane - as previously explained on SF, one recess is for the LED sensor and the other for a conventional lap timer sensor that confirms the reading
The half straight before each LC curve has the same four recesses - presumably again to use the same mould. I don't know if the LED sensor/lap timer combination is also used here (maybe to make sure there's no interference from ambient lighting ?) - the recesses on the other lane should be empty, might come handy for the anti-collision add-on !!
As I said, these are just initial thoughts - I'm sure SSD will be dissected in greater detail and by much abler minds soon !!
Beppe