doesnt work at all. i was working on a robot for 5 months and all I needed to do was just get this servo programmer right. As soon as I clicked program, the whole servo motor exploded and all my work of the last 5 months went up in flames. my whole garage is clouded with smoke.
It will work with some programmable servos. The ones that are compatible will have a programmer similar to this one. The main ones that I know of that are compatible are the goBILDA servos (torque, speed, super speed), Rev Smart Robot Servo, and Feetech FR5311M
@@arjunoberoi7976 okay, thanks I'm not familiar with those brands, are there quality any good, reliable, repetitive,and centering. I'm asking as an aircraft flyer. Were precision is absolute key
@@russcole5685 The quality is pretty good for all of them, though I would say that the goBILDA ones are the best due to having steel gears instead of brass gears. These servos are mainly marketed towards high-school competitive robotics. I would say that these servos perform better than the Hitec ones that we have (we used to use some 625-MG servos but have switched entirely over to programmable ones)
@@arjunoberoi7976 for sure, programmable is the way forward, Sbus as to say, one lead powers all, only thing I didnt catch how ever was the channel selection. Futaba, Frsky ect. Makes installation a breeze. Especially with say a removable wing for transport, were you have many servos to plug in. With Sbus programmable servos, just run them all off of on lead so can have eight plus hanging of one lead, no mistakes can be made when plugging them back in, as they'll only react to the signal they are programmed to read
You can't change the speed of the servo using the servo programmer, though you can slow down the servo in your program by either setting the power lower if it's in continuous rotation mode or slowly iterating positions if it is in angular mode.
doesnt work at all. i was working on a robot for 5 months and all I needed to do was just get this servo programmer right. As soon as I clicked program, the whole servo motor exploded and all my work of the last 5 months went up in flames. my whole garage is clouded with smoke.
Same thing happened to me. Very confused. Had to throw away my whole robot.
Same thing for me whole robot broke down after following this tutorial/
this was more useful than i thought
Thank you!
I really needed this thnx
super helpful
So if I use this I don't need a pc
How do you change the point 5 ?
It is the middle of the two left and right extents
Will this work with other brands of servos, eg futaba ect
It will work with some programmable servos. The ones that are compatible will have a programmer similar to this one. The main ones that I know of that are compatible are the goBILDA servos (torque, speed, super speed), Rev Smart Robot Servo, and Feetech FR5311M
@@arjunoberoi7976 okay, thanks I'm not familiar with those brands, are there quality any good, reliable, repetitive,and centering. I'm asking as an aircraft flyer. Were precision is absolute key
@@russcole5685 The quality is pretty good for all of them, though I would say that the goBILDA ones are the best due to having steel gears instead of brass gears. These servos are mainly marketed towards high-school competitive robotics. I would say that these servos perform better than the Hitec ones that we have (we used to use some 625-MG servos but have switched entirely over to programmable ones)
@@arjunoberoi7976 for sure, programmable is the way forward, Sbus as to say, one lead powers all, only thing I didnt catch how ever was the channel selection. Futaba, Frsky ect. Makes installation a breeze. Especially with say a removable wing for transport, were you have many servos to plug in. With Sbus programmable servos, just run them all off of on lead so can have eight plus hanging of one lead, no mistakes can be made when plugging them back in, as they'll only react to the signal they are programmed to read
Can you edit speed as well?
You can't change the speed of the servo using the servo programmer, though you can slow down the servo in your program by either setting the power lower if it's in continuous rotation mode or slowly iterating positions if it is in angular mode.
Mmmm