Why on earth would anyone make this motor? I'm not sure. You might find an interesting powersystem and propeller combo that makes this motor make sense, but to be honest I made a very small amount of 803 7500kv so I could experiment with 3s 65mm :)
I'm pricing them high so they stick around a little while!
If you order these motors I'm gonna make you share info with me about what you're working on!
Introducing Tiny Whoop Onesies!
Tiny Whoop Onesies are the latest evolution in micro brushless motors! This new design was created to maximize durability. I know it sounds pretty cheesy but this new design is truly revolutionary.
Until now nearly all micro brushless motors were made with the bell in two pieces: the top (which is made of aluminium) and the cylindrical iron sides of the bell, which were both glued and press-fit together. Because this original design was not meant for Tiny Whoop style flight, it was susceptible to pulling apart, rendering the motors largely unusable. I found this happening especially if your aircraft was ‘ground-pounding’ or flying a racecourse that uses a slide or other touch-and-go elements.
Tiny Whoop Onesies have a single piece of aluminum that encases the entire bell, and in all my extensive tests, I have never been able to separate it as nearly all of its predecessors are would have.
This is pretty much the last piece of the puzzle when it comes to the Tiny Whoop Recipe and extreme durability. For a time now we have had access to extremely durable frames, props that seldom break, the best batteries in the world, and reliable flight controllers. Extremely reliable, durable motors are the last piece of the puzzle.
PCB Solder Pads
Like all of our brushless motors, these babies now feature the PCB Solder pad upgrade, which allows for custom wiring and easy repairs. To access the PCB pads (where the wires connect to the motor) just peel back the black silicone.
These motors have a 1mm shaft size.
Like all of our 803 motors, these babies come with real bearings installed, adding to the smoothness and longevity of the motors.