Eduard EX944 PV-1 ACADEMY 1/48 – painting masks

Eduard EX944 are precisely cut modeling masks designed for the PV-1 Ventura aircraft in 1/48 scale, dedicated to the Academy plastic kit. This mask set belongs to the category of modeling accessories and is an invaluable aid for modelers focusing on achieving realistic finishes on their World War II aircraft models.

The Lockheed PV-1 Ventura was an American patrol bomber widely used by the United States Air Force and Allied forces during World War II (years 1942–1945). The aircraft was known for its high speed, considerable range, and flexibility in conducting patrol, bombing, and anti-submarine missions. Its units served, among others, in operations over the Pacific and the Atlantic regions, where they played an essential role in combating submarines and protecting convoys.

Eduard EX944 masks are made from high-quality modeling film, which offers excellent adhesion while leaving no glue residue on the model after removal. This ensures perfectly clean lines and details even on challenging surfaces such as cockpit canopies or landing gear wheels. The masks make it possible to precisely cover transparent elements, significantly facilitating the painting process and eliminating the risk of damaging delicate details. Assembly is intuitive and does not require prior experience with this type of mask.

• Dedicated to the Academy Lockheed PV-1 Ventura model in 1/48 scale.
• Manufactured from high-quality self-adhesive film.
• The set includes masks for canopies and landing gear wheels.
• Intended for World War II models, particularly those of the U.S. and Allied air forces.
• Difficulty level: 2/5 – recommended for both beginner and advanced modelers.

We recommend Eduard EX944 PV-1 ACADEMY 1/48 to all modelers who expect perfect visual results without tedious manual masking. This product saves time, enables crisp paint edges, and guarantees a professional and realistic final effect. It's an excellent choice for both military aviation collectors and enthusiasts of historical modeling.