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The Rumbling Easter Egg

The Rumbling Easter Egg, powered by our TITAN Core and our DRAKE haptic motors, adds an exciting twist to Easter Egg Hunting.

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As Easter approaches, households everywhere are buzzing with the delightful chaos of holiday preparations. From decorating eggs to planning festive feasts, the anticipation is palpable. Among these traditions, the Easter Egg Hunt is the one that children look forward to, excited at the prospect of finding hidden eggs and enjoying the treasures held within them. But what if we told you that you could transform the traditional Easter Egg Hunt into an even more exciting experience with haptics?

The Rumbling Easter Egg is powered by our TITAN Core and our DRAKE haptic motors, creating extra tactile feedback that adds an exciting twist to tradition. Now, Easter Egg Hunting is more fun than ever.

What it does

Just like how you listen for the buzzing of your smartphone when you accidentally misplace it, this DIY project replicates that in a fun and playful way.

Just connect the egg to your device via Bluetooth, hide it, and play the audio we've included to see the egg come alive with vibrations as it anticipates discovery. Alternatively, choose your own tunes and observe it as it jiggles and wanders across your desk. This is guaranteed to bring a new layer of fun to your Easter festivities.

Materials 

  • TITAN Core Development Kit (TITAN Core and LF and LFi Drake Haptic Motors)
  • Latching push button 
  • 2 x M3x5 screws
  • 3.7v 350mAh LP552035 Lipo Battery 
  • Wires
  • Heat shrink
  • Soldering Iron

Easter Egg Bottom Half.stl

Standard Tesselated Geometry - 2.26 MB - 03/27/2024 at 23:10

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Easter Egg Top Half.stl

Standard Tesselated Geometry - 3.55 MB - 03/27/2024 at 23:10

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  • 1
    Print the bottom and top half of the Rumbling Easter Egg

    CAD Design provided.

  • 2
    Attach the lipo battery into the shell.

    Make sure to press it firmly into the housing so that it doesn’t fall out.

  • 3
    Insert the TITAN Core into the pre-made holes in the structure.

    The attached headers should friction fit there holding the Core in place.

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