Eduard CX345 Mi-24A ZVEZDA 1/72

Eduard CX345 Mi-24A is a precision set of masks dedicated to the Mi-24A helicopter model from Zvezda in 1/72 scale. It is a high-quality modeling accessory that greatly simplifies and speeds up the painting process of hard-to-reach elements such as canopies or cockpit on this famous attack helicopter model.

Product Description

• Scale: 1/72
• Intended for: Mask set for the Mi-24A model from Zvezda
• Material: High-precision self-adhesive masking film
• Manufacturer: Eduard (Czech Republic)
• Category: Modeling accessories, painting masks

Historical Information about the Mi-24A Helicopter

The Mi-24A is the first variant of the iconic Mi-24 attack helicopter, designed in the USSR at the end of the 1960s. It entered service in the 1970s and was used during the Cold War by the Soviet Army and the armed forces of the Warsaw Pact countries. It became an icon of conflicts such as the war in Afghanistan (1979–1989), where the Mi-24 earned the nickname "Flying Tank" due to its firepower and armor. The Mi-24A helicopter also took part in exercises and special operations in Eastern Europe and Asia.

Features of Eduard CX345 Masks

• Precisely cut masks allow for quick and clean masking of the cockpit window frames and other glazing on the Mi-24A model.
• The masks are made of thin, flexible film that adheres easily to the surface of the model without leaving adhesive residue after removal.
• They save time and improve the painting quality in hard-to-reach areas.
• The set includes a complete set of masks for cockpit windows and wheels, according to the instructions for the Zvezda 1/72 model.

Recommendations and Difficulty Level

This product is recommended for both beginners and advanced modelers. Using the masks significantly simplifies the painting process and improves the quality of the finished model. The difficulty level of using the set is rated at 1/5—operation is very simple and does not require experience. The masks are perfect for modelers who value detail and a professional final effect.