The Perfect Gift for Next Valentines Day

• Tweet
• Pin It

Daren Schwenke’s 3D printed blooming rose embeds a capacitive touch sensor in one of the leaves, which trips an Arduino-controlled actuator that changes the rose’s lighting and causes the petals to splay open or fold closed.

These petals are 3D printed and then shaped over a hot chandelier bulb.

“The petals are printed flat in nylon, then formed over a hot incandescent chandelier bulb. The stem and leaves are also printed, but the side stem has a piece of magnet wire embedded in the print as a capacitive touch sensor; when the leaf is touched, the rose blossom opens or closes. Magnet wire for the LEDs and a connecting rod for the mechanics run through the main stem to the base, where a 9g servo is responsible for controlling the bloom. The whole thing is controlled, naturally, with an Arduino”.

The project is completely open-source. Hardware and software are available on Hackaday project’s page.

Further information are available in the video below.

Related Posts

• 

  Learn How to Design and Control a Robotic Arm with Arduino and Fusion 360
  Learn How to Design and Control a Robotic Arm with Arduino and Fusion 360
• Understanding the Mechanics of 3D Printing
  Understanding the Mechanics of 3D Printing
• 

  Control a Nintendo Gamecube with a PS3 controller
  Control a Nintendo Gamecube with a PS3 controller
• 

  Never lose your phone again
  Never lose your phone again