Things 2023

Street Light Conversion

From this

To this…

See build tutorial here.

Roverling 1

Roverling 1 was designed and made over a few weeks from mainly the left overs of an old 3D printer I striped down. These were the bits, plus some printed parts.

Old printer bits


Glow Cuboid

Build your own, easy, see how here: https://www.instructables.com/Glow-Cuboid/

Sixty-four LED’s displaying changing patterns and sequences which will never repeat. It measures 100 x 100 mm and has a frosted acrylic front. Runs off USB power.

The patterns are quite addictive and it took weeks to come up with them. There are four types which are selected by turning the cube onto a particular side. Every side produces a different style of pattern.

If you don’t want to build one, you can still enjoy the patterns on You Tube. The videos below are 4k UHD and will be most appreciated on the big screen.

Type R
Type S
Type A
Type B

Want to build your own? Everything you need to know – parts, Python code, 3D print model and design files, etc – is here…

https://core-electronics.com.au/projects/glow-cuboid/

https://github.com/MarkMakies/Glow-Cuboid


Duck Off

In an attempt to keep the ducks off our jetty and in particular the voluminous amounts of poo, I created the Duck-Off.

Duck Poo

How does it work? It detects ducks using passive infrared and mm microwave. It then makes an increasingly louder and scary (for ducks I hope) sound through the horn speaker. There’s also an array of 64 LEDs which strobe at different rates and colour that I hope also scares them off.

Videos

Duck Off going through the paces on the bench
Duck Off on the jetty and ready to scare

Want to make your own?

Everything you need to know is here:)

https://core-electronics.com.au/projects/duck-off-duck-repellent-device/

https://github.com/MarkMakies/Duck-Off/


Light House night light

This one off was made from a found 3 inch brass foot valve. The ‘globe’ is a 3D print in light weight foaming PLA, in which is mounted 3 LED’s. The ‘glow’ is forever changing.

Control is achieved using an RP2040 programmed in Python. It also contains LiPo batteries and will provide white illumination automatically in case of power failure. It is switched on and off by touch alone. The random algorithm developed has formed the basis of other LED projects.