Eduard EX556 Yak-28P BOBCAT MODELS 1/48 – painting masks

Eduard EX556 is a professional set of precision masks for the Yak-28P model in 1:48 scale, designed for the Bobcat Models kit. This product is dedicated to modelers who want to achieve the highest precision when painting canopies and landing gear wheels. Thanks to the use of high-quality self-adhesive film, Eduard masks guarantee excellent adherence to the surface, resulting in sharp paint edges and protection of delicate details from accidental paint smudges.

• Scale: 1:48 – perfectly matched to the Yak-28P Bobcat Models kit.
• Category: model accessories – painting mask set dedicated to plastic models.
• Material: thin, high-grade self-adhesive film – ensures precise fit and easy removal without risking model surface damage.
• Manufacturer: Eduard – a renowned Czech brand known for top-quality modeling accessories.
• Application: intended for painting the cockpit glazing and wheels in the Yak-28P interceptor model.
• Difficulty level: 1/5 – very easy to use, recommended for both beginners and advanced modelers.

The Yak-28P is a Soviet interceptor used by the USSR during the Cold War, from the early 1960s until the 1980s. This aircraft operated throughout the Soviet Union as a key element of air defense. With properly applied masking, the modeler can accurately replicate characteristic features such as the cockpit glazing—an important detail for fans of Soviet aviation.

Eduard EX556 masks greatly reduce the working time on the model and eliminate the risk of damaging details while manually masking with tape or putty. Precise replication of elements meant for painting makes this product a must-have accessory for any Yak-28P model builder. We highly recommend the set both to beginners and to professionals who appreciate the highest quality and ease of work.

By choosing Eduard EX556, you invest in a perfect final effect and ease and cleanliness in working with the Yak-28P model. The set will meet the expectations of even the most demanding modelers, enhancing the realism and presentation of the finished model.