The motor has a 2pole rotor. It would pluse ( move backwards to a starting point) when power was applied at the hit. The magnet would hold the rotor in place like a trans brake and it would not pluse to start. We switched to 4pole inrunner motors for a short time and found that Outrunner motors work very well in drag racing.
@@derekr7814 I used both Inrunner and Outrunner motors in drag racing. The Inrunners are on the heavy side, plenty of power but hard to get stopped in the shutdown area. The Outrunner is a lot lighter and has just as much power. I’ve used 1108 1206 1306 and 1406 motors in my drag cars with success.
Why do u need a magnet or a wait on the motor
The motor has a 2pole rotor. It would pluse ( move backwards to a starting point) when power was applied at the hit. The magnet would hold the rotor in place like a trans brake and it would not pluse to start. We switched to 4pole inrunner motors for a short time and found that Outrunner motors work very well in drag racing.
380 or 240 size motor
The motors used in this video are sensorless brushless in runners. 3100 to 4100 kv
Where can I buy this motors, and sensor board
@@Boricua96792 there is a video on this channel with all the information.
@@brushlessslotcarracing I didn't see any info on what brushless motors you used on any of your drag racing videos?
@@derekr7814 I used both Inrunner and Outrunner motors in drag racing. The Inrunners are on the heavy side, plenty of power but hard to get stopped in the shutdown area. The Outrunner is a lot lighter and has just as much power. I’ve used 1108 1206 1306 and 1406 motors in my drag cars with success.
Poor cry baby Swiss is all sad 'cause he didn't invent this !!!