Great video, I'm a big fan of brushless driven LEGO. Few additional suggestions: 1. Drill a 4.5mm hole halfway into the connector (6538c), you can then screw it on top of the motor axle (if it has a 5mm shaft) and then use a standard LEGO axle into the other end of the connector. 2. Go for a motor with 16mm drilled holes in the back, makes it very easy to mount onto your LEGO using M3 screws. 3. Use axle 32209, it comes closest to a ball bearing, prevents melting axles. 4. Use Silicon spray as lubricant (not grease). 5. Requires bit more tech skills ....... Use BLHeli ESC's Can be configured any way you like. Also supports low RPMs :)
Great content and absolutely nailed the explanations! Very detailed on every step! Am a big Lego fan, just getting back into it and was very disappointed to see how weak and slow most Lego motors are, this seems to be a very compact and surprisingly good fitting option.
Thx for pointing it out never noticed that but it is not a spark just a reflection off the light I am using the servo tester plastic is very reflective.
The term is kilovolts but not the kilovolts you are thinking of. It refers to the rpm of the motor per volt it’s supplied with for every volt it will turn the rpm of however many kilovolts it’s rated at.
Great content succinctly described and a big thank you for the share!
nice work...more please
add grease on axle to keep the axle from sheering and ruduce noise
Great video, I'm a big fan of brushless driven LEGO. Few additional suggestions: 1. Drill a 4.5mm hole halfway into the connector (6538c), you can then screw it on top of the motor axle (if it has a 5mm shaft) and then use a standard LEGO axle into the other end of the connector. 2. Go for a motor with 16mm drilled holes in the back, makes it very easy to mount onto your LEGO using M3 screws. 3. Use axle 32209, it comes closest to a ball bearing, prevents melting axles. 4. Use Silicon spray as lubricant (not grease). 5. Requires bit more tech skills ....... Use BLHeli ESC's Can be configured any way you like. Also supports low RPMs :)
Great content and absolutely nailed the explanations! Very detailed on every step!
Am a big Lego fan, just getting back into it and was very disappointed to see how weak and slow
most Lego motors are, this seems to be a very compact and surprisingly good fitting option.
Great video pal, keep going. I will sub to see what you are gonna build next with these custom electronics.
Wow thanks your my first comment and sub other than family. I have some stuff in the works right now for this motor and I think it is pretty cool.
Never thought to use allen screws
I would like to use a rc transmitter for control lego motors, do you help me? My transmitter have 3 wires, but lego motors have 4.
Bro these brushless motors are no joke u need a clutch🤣🤣🤣
What is the Spark at 9:03
Thx for pointing it out never noticed that but it is not a spark just a reflection off the light I am using the servo tester plastic is very reflective.
Great video, we need more content like this on TH-cam! I’m looking for a motor for Lego trains, but I think this one might be too fast... 🤔
I’ll put it on my list I don’t have any lego trains but I’ll look into building something.
Honestly it’s all about gearing
It's a brushless motor. Speed control is kinda built-in.
Kilovolts 😂🤣
I don’t understand why this is funny…
beacose its kilo watts
@@meret3516 actually not
@@laurinflipt is it actually kilovolts?
The term is kilovolts but not the kilovolts you are thinking of. It refers to the rpm of the motor per volt it’s supplied with for every volt it will turn the rpm of however many kilovolts it’s rated at.