3D Printed Mower Build Instructions - Overview

Sit back, relax and let the robot do the work. At the same time the grass becomes thick and lush due to the constant mowing. No more grass cuttings - sounds to good to be true..... and by the way you built it yourself...... A great talking point with friends as the mower travels past doing it work ūüėä

 

 

Fully autonomous robot lawn mower.  The mower project includes the mower itself a boundary wire control station and an optional charging station.  The mower navigates within the boundary wire which is positioned (pinned) around the perimeter of the garden.  Once the mower senses the perimeter wire, it stops reverses and moves off in a new direction.  The mower also has 3 sonar sensors to detect objects in the mowers path.  Once the mowers battery is exhausted, the mower uses the boundary wire to navigate itself back to the charging station.  All this can be customised in the Arduino software or completely re-written to your personal preferences.

Commercial mowers with this specification cost upwards of 600‚ā¨ ($680).

Online Articles writing about this project:

3DPrint.com      hackstaer.io       3d-grenzenlos.de       blogdot.tv

3dtoday.ru      Arduino Blog        hackster.io(2)

Build Difficulty: 7/10

Skills Required: 3D Printing, Arduino, Soldering electrical components

Equipment Required: 300x300x200 3D Print Bed (or print service), PLA Material, Soldering Iron, Multimeter, Compute with Arduino Software (free), Various screwdrivers and Allen wrenches (M3), Wire strippers. 

3D Printer Options:

ReP_AL CORE XY 330x330x400 3D Printer

Upgraded TronXY X5S 3D Printer

 

3D Print Files: 

Lawn Mower: Click here for STL files
Charging Station: Click here for STL files
   

3D Printed Parts: Available here in my shop

Arduino Code: Github

 

 

    

   

 

The build and circuit wiring of the project is explained in the following pages.  The original electrical components can be bought here in this shop individualy or as a package.  Using the original electrical components makes the build process easier and ensures smooth communication with the software:

 

I have also uploaded some test sketches in Github so you can test individual components and make sure they are working.  This simplifies the debug process enormously.

 

I am also available with any questions about the build:

info@repalmakershop.com

 

 

3D Printed parts and construction

Circuit Diagram with Components Overview

Detailed Circuit Diagrams with Components

Perimeter Wire Build

Arduino Code

Parts Required for the build

None 3D printed parts to make

Videos

Makes

Latest Build Updates

testing your mowers components page