Quote:
Originally Posted by Mike Copioli
The questions I have for the FIRST community are: What would you be willing to pay for a CAN enabled motor controller that had a footprint slightly larger than the Talon? Second would the increase in footprint make the Talon less desirable for PWM users?
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Seeing this part of the thread made my eyes light up...
As one of the few 10% who use CAN and have been using CAN since our championship year in 2010, I would be all for this.
However its not the interface in which we are looking a rather it is the data and the bidirectional functionality that makes us use Jags. Even though Jags are 'big and fat' compared to the Talon/Victor, the fact that we can pull a ton of telemetry off the Jag plus do a simple PID (a nice addition.) is what separates it from the Victor/Talon. In 2010 we were using current feedback from the Jag to identify if we had a ball or not. Essentially we got a lot more versatility off the Jag/CAN bus other than just commanding motors.
In addition, one interesting thought would be a redundant control path. Since most teams stay away from CAN due to potential reliability problems(only year we had an issue was traced to a 775 case short) What would the prospects be to putting a redundant PWM/CAN interface ie. if CAN messages die, the motor controller can still be controlled via PWM. (disclaimer.. I work in the space industry so redundant paths are usually a must)
Bottom line, if you could put a talon with CAN + similar telemetry data in a better form factor, (even with a larger footprint) I would jumping and singing for joy. Oh yeah also make the hole spacing a nice number!