2pcs Funny Wind-powered Animaris Ordis Strandbeest Model Robot DIY Assembly Walker Educational Toy Kit

<strong>Description</strong><br> <br> The item is a cool and funny DIY assembly mini strandbeest model robot toy, which moves just by the wind and its own engineering genius. No electricity or batteries help power this beautiful creature and allows you to spend time exploring the design while you build it. It's an amazing creatures infused with the power of nature.<br> <br> <strong>Features</strong><br> <br> - Brand: NUOLUX.<br> - Color: as shown in the pictures.<br> - Material: durable hard plastic and wood.<br> - Dimension (L*W): about 20*13cm.<br> - Height (back of the beast): about 11cm. Height (Top of propeller): about 17cm.<br> - and Wind-powered Animaris Ordis Parvus Strandbeest DIY Assembly Model Robot Educational Toy.<br> - It can walk on the wind by hand or by blowing against the propeller, no external power needed.<br> - It is a miniature version of Theo Jansen's remarkable creation.<br> - It will make a turn if there is water and keep still for strong wind.<br> - Have fun while you built it by yourself.<br> - A great gift for your friends and children.

• [Wind-Powered Movement, No Batteries Needed] Harnesses wind energy to walk and move via a hand-blown propeller or natural breeze, offering an eco-friendly and mesmerizing demonstration of kinetic energy.
• [Educational DIY Assembly for STEM Learning] Encourages hands-on engineering skills and creativity as users build the model step-by-step, revealing principles of mechanics, physics, and sustainable design.
• [Inspired by Theo Jansen’s Strandbeest Design] A miniature replica of the iconic Animaris Ordis Parvus sculpture, celebrating artistic innovation and biomechanical motion in a accessible tabletop form.
• [Durable Wood & Plastic Construction] Combines sturdy hard plastic joints with lightweight wooden components for smooth movement and long-lasting play, both indoors and outdoors.
• [Interactive Wind Response & Adaptive Movement] Responds dynamically to environment—pivots away from water, pauses in strong winds—making it a captivating display of simulated "life" through mechanics.