• Z-Wave DIY Ornament

    Based on Z-Wave prototyping board Z-Uno 2. Plays Christmas Songs and twinkles
Automation can be a fun and challenging hobby for kids!
  • Promotes creativity

    Instill in your child a love of automation since childhood

  • Easy to assemble

    3-5 minutes to assemble and enjoy the product

  • Compatible with Z-Wave-capable controllers

    Fibaro, Home Assistant, Smart Things, Z-Wave.Me and others

  • Plays 3 Christmas songs

    Jingle Bells, Last Christmas, We Wish You a Merry Christmas

  • Can be reprogrammed or reconfigured

    Creat your own Z-Wave device based on Z-Uno 2

  • Online assembly and connecting tutorial

    Step-by-step instruction

Available at Amazon USA and Europe

Product description

Is your Smart Home system based on the Z-Wave protocol? Do you want to instill in your child a love of automation since childhood?

Presenting Z-Wave DIY Musical Ornament and easily assemble it yourself or together with your kids and then connect it to your Z-Wave Smart Home through the controller.

Z-Wave Christmas Tree Toy Ball Musical Ornament is a Christmas ball with colorful twinkles which plays 3 Christmas songs in an 8-bit style: Jingle Bells, Last Christmas, and We Wish You a Merry Christmas.

It takes a child only about 2 to 5 minutes to assemble and enjoy the product. Powered by two AA batteries (included).

Songs or twinkle mode can be easily changed or adjusted by simply uploading a new sketch.

The product is controlled by using the Z-Wave home automation technology from a Z-Wave controller, from a Z-Wave remote control or a Z-Wave motion sensor. Compatible with all Z-Wave-capable controllers such as Fibaro, Home Assistant, Smart Things, Z-Wave.Me and other Z-Wave controllers.

When the holidays are over, don’t rush to put the ornament in the closet since it is based on Z-Wave prototyping board Z-Uno 2 and can be reprogrammed or reconfigured to a number of other devices: a battery powered in-wall remote switch, a rotary dimmer control, a temperature/soil humidity/luminosity/voltage/distance or any other sensors as well as dry contact sensor or tick counter (you can buy almost any Arduino-compatible sensor), a low voltage switch, a LED driver, a motor driver. a converter from any protocol to Z-Wave (using SPI/UART/I2C/1-wire bus)... or any other device you dreamed about

Need help?

In case of questions contact us by e-mail on support@z-wave.me or via our Help Center.