Assemble a stylish model of the Guardian GLK-19 pistol from high-quality birch plywood and enjoy a reliable rubber-band firing mechanism. This functional 3D model by WOODEN CITY shoots rubber rounds, features a safety and a magazine, and you can put it together without glue. A great gift for lovers of mechanics and shooting models.
Assemble a stylish model of the Guardian GLK-19 pistol from high-quality birch plywood and enjoy a reliable rubber-band firing mechanism. This functional 3D model by WOODEN CITY shoots rubber rounds, features a safety and a magazine, and you can put it together without glue. A great gift for lovers of mechanics and shooting models.
Fires up to five rubber rounds
Fun and safe shooting: the magazine holds up to five rubber bands that can be fired sequentially. Special rubber bands are included in the box for immediate use.
Realistic details and functional safety
The model offers faithful features of a real pistol — a safety, a magazine, and a precisely crafted body made from laser-cut plywood.
Optional target for accuracy training
A wooden target pairs perfectly with the model, letting you safely practice accuracy with rubber rounds and fine-tune your aim.
Discover the joy of assembling a finely detailed mechanical model of the Guardian GLK-19 pistol. Thanks to precise laser cutting and smart design, the parts connect easily without glue. The model is fully functional — it fires special rubber rounds, providing plenty of safe fun and a hands-on lesson in mechanics.
The kit is made from eco-friendly birch plywood and features realistic elements such as a safety, a magazine, and the ability to shoot up to five rubber bands in succession. Ideal for 3D puzzle fans, tech enthusiasts, or as an original gift.
- Functional mechanism: fires rubber rounds (included)
- Glue- and tool-free assembly: clean and convenient build
- Quality material: natural birch plywood, precise laser cuts
- Quick build: approximate assembly time about 1.5 hours
- Educational experience: learn about gears, cogs, and mechanical principles
