Diy dc motor

=== printed dc motor ===
http://www.instructables.com/id/600-Watt-3d-printed-Halbach-Array-Brushless-DC-Ele/
http://diydrones.com/profiles/blogs/3d-printed-halbach-array-motor-600w-over-80-efficiency
=== youtube channels ===
https://www.youtube.com/watch?v=ioWJClmSPgQ
=== 7kw diy motor ===
http://amazingdiyprojects.com/electric_motor.html This is a practical handbook which, step by step, describes how to build a powerful electric motor the Do-It-Yourself-way. The whole building process is covered in detail with photos documenting every step on the way. 978-91-633-6172-2
A motor built according to these instructions weighs around 10 kg. The outer diameter is 366 mm, and width about 120 mm, the output shaft and threaded mounting rods/bolts not included. The maximum power input is not yet determind. The motor built in this book handles 7 kW continuously with bursts up to 18 kW without any visible damage.
The motor could be used to propel a light motorcycle, a smaller boat, an ultralight aircraft and many other exciting creations. The motor is a “brushless double-sided axial flux permanent magnet 3-phase AC air core air cooled hall-effect sensor Delta connected-motor”. One unique feature is that this motor can be built in a sensorless split stator version powered by 7 R/C hobby ESCs. This split stator version can, in some applications, be an economically attractive alternative to the hall sensor version, which is normally powered by a more expensive hall sensor dependant controller.
=== nide group ===
http://nide-group.com/En/pro/mid/39.html armature making machine
https://www.youtube.com/watch?v=sTBbjvli39U rewinding machine
https://www.youtube.com/watch?v=XeqC7nnae_Y DIY brushless outrunner BLDC 
https://www.youtube.com/watch?v=AimKJTIOqkU rewinding gimbal dc motor(30rpm)
=== links ===
Diy dc motor BLDC motor winding machine 
coil winding machine coil inserter rotor die casting machine armature winder
=== links ===
Alternators
Category:Dc motor
Category:DIY
Category:Alternators
Category:Armature