This holiday season, say "Happy New Gear!" with the UGears U-Fidget Happy New Gear tinker ornament model kit. This kit includes four models (or "tribiks"), which are delightful to both young and old and can be hung on a mantle or Christmas tree. Made entirely from wooden materials, this kit can be assembled with zero glue and no tools or toothpicks required. Just snap each part into place! The four models included in this kit are a Ball Ornament, Clock, Sock, and Mechanical Christmas Tree. Each model includes some basic mechanical elements.
Specifications
Materials:
UGEARS models are made of natural wood and will last for years to come.
They can be recycled with no harm to the environment.
Specifications:
Estimated time of assembly: 10 minutes
Self-assembly: No glue required
Made from wood
Additional Features
Assembly
All parts are pre-cut and can be assembled at home, right on a dining table.
All that is needed are your own two hands, model assembly instructions and patience.
Quality
All UGEARS models are made of high-quality plywood boards using precisely cut parts.
A high-accuracy laser cut method is utilized to ensure quality.
Design
UGEARS kits give people what they want: the experience of real motion mechanics that
they can build and bring to action by themselves.
Benefits
UGEARS models help people understand the principle of mechanics through the process
of self-assembly of motion models. They also contribute to development of logical
thinking, enhancing attention and concentration skills and help to improve memory.
Vendor Info
UGEARS, a Ukraine-based company developed the concept of self-assembly wooden models in 2015.
UGEARS assembly kits offer a way to experience a world of real-life tiny mechanics. The building sets
are two-in-one: a puzzle and a toy. On the one hand, they are exciting to put together, while on the other,
after the assembly is complete, the models evolve into the most sophisticated toys that are amusing to kids,
“ Look, the train looks like a real one!”, yet engaging for adults, “Wow, check the way the mechanical
drive is connected; what is its overall gear ratio?”