I redesigned the original case of pgote so that it's capable to:

1. keep the PCBs in place
2. to use a proper power connector

I currently adjusting the design and the electronics to support two alternatives:

1. Support for a manual switches
2. Support for a capacitive touch slider

With those additions I can skip the embedded web server so that I do not need any mobile phone with me just to adjust my blinds.

The code for the controller including the manual switch can be downloaded here:

[https://github.com/wwebers/motor-on-roller-blind-ws](https://github.com/wwebers/motor-on-roller-blind-ws)

2018-11-08: Added STEP files

2020-10-15: WARNING: DO NOT connect the motor driver directly to a NodeMCU like it looks like in the picture! The regulator of the NodeMCU gets REALLY HOT as the driver draws far too much current. Make use of a step-down bucket instead (it's a tiny Pololu buck converter I use behind the NodeMCU.

2022-08-23: WARNING: I ditched this project completely as I see som major flaws in those motors and motor drivers used in this project. The driver can overheat very easy when someone's drawing the rollerblinds by hand, which could lead to a fire hazard. Additionally, I see som serious flaws in the software part used, which could better be replaced by ESPHome as an example.