Border Model BD0010-0.3 Plastic card for Modelling 190x250 - 0.3mm ( 3 PSC )

We offer a high-quality set of three polystyrene sheets Border Model BD0010-0.3 Plastic card for Modelling with dimensions of 190x250 mm and a thickness of 0.3 mm. This indispensable product is dedicated to modelers seeking practical and precise solutions for their own modifications, scratch-building, and the detailed finishing of plastic models and dioramas. The cards are an excellent material for creating architectural details, vehicle structural elements, infrastructure, interior details, and all kinds of small parts in scale modelling.

• Material: high-quality modelling polystyrene, smooth, easy to cut, sand, and glue with typical model plastic adhesives.
• Thickness: 0.3 mm – ideal for precise details, thin panels, plates, or shields.
• Dimensions: 190x250 mm – convenient, large formats allow for efficient material use.
• Quantity in set: 3 pieces – a greater quantity enables the implementation of even advanced projects.
• A grid is printed on the surface, which significantly facilitates precise measuring, scribing, and cutting of elements, minimizing the risk of mistakes and ensuring fitting parts of the model.

The product is not a scale model kit of any specific scale nor does it represent a particular vehicle; rather, it is a universal modelling accessory, widely used by both beginner and professional modelers. It is suitable for models in scales from 1/72 to 1/24: from miniature vehicles, through layouts, to complex dioramas.

Border Model BD0010-0.3 polystyrene sheets belong to the category of modelling accessories – plastic polystyrene sheets.

We highly recommend this set to all modelers who value high-quality materials and who care about the durability and precision of their own details. Ideal for all skill levels – from beginners to advanced modelling projects (difficulty of use: 1/5).

Border Model BD0010-0.3 Plastic card for Modelling is a choice that will expand your creative possibilities and help you achieve even better results in scale modelling.