YOFAPA 170 PCS Doll Armature Set with X Y Connectors, Doll Skeleton 9 mm Flexible Ball Socket Joints, DIY Plastic Body Model Figure Frame for Stuffed Animals Bear Dolls

• Endless Creative Possibilities: You will receive 170 ball socket joints, 5 Y connectors, and 5 X connectors, allowing for versatile combinations to create frames for various figures for humanoids or animals to bring your creative visions to life
• Reliable Plastic: The assembly and detachment of the doll skeleton need professional tools like Jeton pliers or Loc-line coupling pliers; crafted from thick plastic, our ball socket joints boast resilience, ensuring no breakage under high pressure
• Flexible Joints Made Diverse Poses: Crafted with a sleek surface finish, each ball socket joint is flexible to rotate 360 degrees, so you can effortlessly manipulate dolls to pose in a myriad of positions, adding life-like charm to your creations
• Wide Application: From plush toys to amigurumi animals, memory bears, pet dolls, and humanoid figures, this doll armature offers universal compatibility and is suitable for a wide array of crafting projects and hobbies
• Present for DIY Fun: Share the joy of crafting with loved ones as this kit encourages bonding and creativity as you embark on DIY adventures together, nurturing imagination and fine motor skills while creating cherished memories

Product description 170 PCS Doll Armature Set with X Y Connectors, Doll Skeleton 9 mm Flexible Ball Socket Joints, DIY Plastic Body Model Figure Frame for Stuffed Animals Bear Dolls Directions 1. Remove the doll armature set from its packaging. 2. Using professional tools like Jeton pliers or Loc-line coupling pliers, assemble the doll skeleton by connecting the 170 ball socket joints, 5 Y connectors, and 5 X connectors according to your desired figure design. 3. Once assembled, the doll armature can be used as a frame for various figures, such as plush toys, amigurumi animals, memory bears, pet dolls, and humanoid figures. 4. To pose the figure, manipulate the flexible joints to achieve the desired position.