My motors are known as merry-go-rounds
I wonât call motors fans, but I will gladly just start calling all fans âmotorsâ and never referring to them as fans again.
Oh boy, here I go projecting again.
@DerelictRobot loves following me around, I think I make his dick hard
I think you need a hug, buddy
Brian, youâve been asked to stop talking about my genitals before. Letâs not pull 2-Dads back into the mix.
So weâre clear: I do not consent to you sexualizing conversation with me, itâs off topic and inappropriate. Cheers.
Back on topic:
Care to explain your reasoning here?
Andrew, itâs painfully obvious you show up only to attack people and start drama.
Youâre certainly not ever around when noobs need help, just crickets.
Your priority is clearly starting drama.
I think you need a hug, buddy boy
Iâll give him a big hug for you tomorrow.
The hatchet will be buried.
Is that what the kids are calling it these days?
Edit: Oh wait, Iâm so sorry. @Venom121212 and @DerelictRobot, do I have your consent to brutally and shamelessly sexualize every one of your interactions for my own sick gratification?
Consent matters, kids
I thought that was your nipple tassels
Bold of you to assume the tassels arenât motorised
But are they PPM or PWM controlled?
I just plug them directly to the battery, no fuckery required
I donât want to speak for @b264 , but I get the impression he values redundancy in his builds. Using a mini-remote, having multiple receivers is potentially insurance against signal intererence?
Unfortunately this isnât how redundancy works. Adding extra components doesnât magically create redundancy without solving for additional points of failure and implementing true redundant fail-safes.
Itâs unequivocally less safe than a direct wire connections between a single receiver and your ESC.
Source: I am an embedded systems engineer with a decade+ of experience developing control systems.
What makes it less safe? Is there something unsafe about having a mini-remote paired to 2 or 3 receivers?
You are permanently increasing the number of critical failure points in exchange for the false premise of safety of âonly having one side of your board drop out while brakingâ
This is assuming that both sides donât just drop out anyway or that suddenly losing control over one side of your board wonât veer you into traffic. Or that this wonât happen randomly while accelerating hard- if it can happen while braking it can happen on acceleration.
The entire idea is built upon a number of false assumptions, and it quickly becomes something thatâs pretty dangerous to push people towards as a âsolutionâ.
I see your point, and maybe we can discuss it more at Carve, but Iâm not convinced itâs a terrible idea.
People have been injured because of receiver drop outs, when they expected to brake in traffic but didnât. If a second receiver+ESC pair was able to provide backup braking, it seems to be an ok backup solution (Perhaps a bad assumption that the interference wouldnât affect both receivers, but also not a wildly unreasonable one).
I guess I donât see a better solution, short of using a better (more reliable) remote+receiver. If you want to use a remote that is known to have issues in high interference areas, is there a better solution?