Has anyone ever tried running Saturn S62s on 7.4V?
If so, would you recommend it, or is sticking to 5V a much more sensible option?
To open up a wider question, what are your experiences of running servos on 7.4V? Good, bad or indifferent, let the world know!
Servos on 7.4V
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- BeligerAnt
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Servos on 7.4V
Gary, Team BeligerAnt
I used them at 7.2v (110mah ni-mh) before and they seemed fine. But to be honest, I never really liked them. For that size of servo I've always preffered the pico. Cheaper, lighter, and they have that famous glueless speedhack.
As for the wider question, I always run my servos on 7.4v unless there's a regulator built into my controller. At the moment this is only Duff, as it's my only ant where the battery goes directly into the reciever. The only time I have come across problems is if I run the servo for very long time (over 5 mins), or if the servo has lots of power for its size and is speed hacked. Obviously this will reduce the life of the servo, but you should still get many events from them. After 5 events running Park sevos in Duff, only 1 has failed, and that was due to prolonged use (over 10 minutes constant driving melted the board).
My new worry is that I'm stopping using the feather reciever, and I don't know if the new reciever will handle the higher voltage.
As for the wider question, I always run my servos on 7.4v unless there's a regulator built into my controller. At the moment this is only Duff, as it's my only ant where the battery goes directly into the reciever. The only time I have come across problems is if I run the servo for very long time (over 5 mins), or if the servo has lots of power for its size and is speed hacked. Obviously this will reduce the life of the servo, but you should still get many events from them. After 5 events running Park sevos in Duff, only 1 has failed, and that was due to prolonged use (over 10 minutes constant driving melted the board).
My new worry is that I'm stopping using the feather reciever, and I don't know if the new reciever will handle the higher voltage.