Mechanical Dancing Skeleton Toy - Bone Buddy

Meet this hilarious mechanical dancing skeleton! A 100% 3D-printed wind-up toy that comes to life with just a simple twist of the key. It makes a perfect desktop entertainment buddy, a fun anti-stress fidget, or a cool gift for friends and family.   🔥 Bone Buddy Edition (Remix Upgrade): I customized this amazing toy by creating a custom Bone Buddy head with a precisely modeled interior slot to fit the original connector. All original skeleton parts are included on the plate for an easy one-click print!   💡 Want a different character? Check out my other custom heads below! Also, if you have any cool ideas or want a specific character that is not listed, feel free to send me a Direct Message (DM). If the idea is interesting, I might model and upload it next: 🪨 Dwayne "The Rock" Johnson 🍩 Homer Simpson ⚡ Pikachu 🍄 Super Mario ⚔️ Hollow Knight ☠️ Pirate Skull 🥁 Tung Tung Sahur 🛰️ Darth Vader 🎩 Freddy Fazbear 💎 Thanos 🕺 Michael Jackson 100% 3D Printed – No Hardware Required No Extras Needed: Zero batteries, bearings, screws, or metal springs required. Easy Operation: Just print the parts, assemble them, wind up the key on the back, and watch him groove! Print Profiles & Filament Recommendations I have uploaded 2 separate print profiles depending on your available materials: PETG + PLA (Highly Recommended): Uses durable PETG for the internal mechanics and standard PLA for the skeleton body. Full PLA: For those who prefer to print the entire model using only one type of material. ⚠️ CRITICAL FILAMENT REQUIREMENT: It is strongly recommended to print all moving mechanical parts (such as the gears, levers, and linkages) using PETG or at least PLA+ / Tough PLA. Standard PLA in high-friction and high-stress areas like the gear train will wear down quickly or snap under spring tension. Step-by-Step Assembly Video Guide Assembly is very straightforward, but to ensure the smoothest movement, please follow the video tutorial step-by-step. 💡 Tip: Make sure all gears rotate freely and smoothly by hand before final locking! ▼ Watch the assembly guide video below: ▼