_
Welcome at Wingway Systems!

Update: 2-8-2026
Rocket thrust vectoring in the works

The rocket 3D thrust vectoring parts are ready, based on a 29 x 114mm rocket engine. Based on the design of Joe Barnard.
Currently building the software and electronics.

Pitch and Yaw axis rocket stabilisation
Performing software adustments in reading the MPU6050 such as calibration.
This setup compensates for Pitch and Yaw axis.
Roll axis compensation is ready---> Scroll down.

This is a video of a quick and (very) simple setup just to try and demonstrate the concept of rocket fin stabilization.
Everything can, of course, be adjusted entirely to your own preferences."






Below the Roll axis compensation. Slightly different hardware as you can see, and ofcourse different software, soon available.

|
Again, this is a video of a quick and simple setup to try and demonstrate the concept of rocket fin stabilization (Roll axis compensation).
Everything can, of course, be adjusted entirely to your own preferences."

Place the MPU6050 sensor at the center of the missile's body, specifically along the roll axis.
As you can see, I am moving the MPU6050 about with my hand (not really a good presentation, but you get the grip)

 

 

 

If you are using stepper motors as actuators instead of servo's, then with this tool you can test your stepper motors if you like.

It’s a simple setup. The 4017 IC is a digital counter with a decoder circuit. A 555 IC is ideal for generating the pulses for the 4017.
Use P1 to control the speed.

 

 

 

 

 

 

Copyright © Wingway Systems, 2026