Walking Venus Flytrap

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Design Files (2)
  • WalkingVenusFlytrap-P2.xcs
    P2
  • WalkingVenusFlytrap-P2S.xcs
    P2S
  • Summary

    This is a unique blend of art, science, and engineering, made entirely from colored MDF (Medium Density Fiberboard) and basswood plywood using precision laser cutting technology. This self-propelled model, inspired by the fascinating carnivorous Venus Flytrap plant, is designed to mimic its walking motion. 
    Once assembled, this kinetic sculpture will move in a way that resembles the slow, deliberate movements of a Venus Flytrap. This project is not just a fun and engaging DIY activity, but also an educational tool that provides insight into mechanics and plant biology.
    The kit comes with a detailed assembly guide, making it a great project for beginners and experienced makers alike. The Walking Venus Flytrap is a perfect addition to your desk or as a gift for a nature-loving friend. Join us in this exciting journey and bring the magic of nature to your home with our Walking Venus Flytrap model.
    

    Production Info

    Instruction
    Not included
    Application scenario
    Laser processing
    Software
    xTool Creative Space
    Machine & processing module
    xTool P2
    55W
    xTool P2S
    55W
    Compatible xTool Machine
    Guidelines for using compatible machines
    xTool D1
    5W, 10W, 20W
    xTool P2
    xTool F1 Ultra
    20W
    xTool M1
    5W, 10W
    xTool P2S
    xTool D1 Pro
    5W, 20W, 10W, 40W
    xTool M1 Ultra
    10W, 20W
    xTool F1
    10W
    xTool S1
    10W, 20W, 40W
    Material used
    3mm Basswood Plywood
    3mm Black MDF board
    3mm Deep Green MDF board
    3mm Red MDF board
    Difficulty Level
    Professional

    License

    This license allows reusers to distribute, remix, adapt, and build upon the material in any medium or format, so long as attribution is given to the creator. The license allows for commercial use. If you remix, adapt, or build upon the material, you must license the modified material under identical terms.