Eduard 648749 MICA RF PRINT 1/48

Eduard 648749 MICA RF PRINT 1/48

Eduard 648749 MICA RF PRINT 1/48 is a high-quality resin model of the MICA RF air-to-air missile in 1/48 scale, designed by the renowned Eduard company for demanding aircraft modelers. The set is an excellent addition to models of modern fighter jets used by the air forces of countries such as France, India, Qatar, or Greece in the contemporary era after 1996.

The MICA (Missile d’Interception, de Combat et d’Auto-défense) is a French medium-range air-to-air missile developed by MBDA. The RF (Radio Frequency) variant is equipped with an active radar seeker, enabling effective long-range operation. The MICA RF missile entered service in the mid-1990s and is used on platforms such as the Dassault Rafale and Mirage 2000-5. MICA missiles have played a significant role in equipping NATO and partner air forces for patrol and combat missions, including operations over Libya, Syria, and Mali.

• Scale: 1/48
• Product type: 3D printed resin assembly model
• Manufacturer: Eduard
• Historical period: modern times (from 1996 to present)
• Country of use: France, India, Qatar, Greece and others
• Material: 3D printed resin
• The kit includes: highly detailed MICA RF missile, complete assembly components, decals for marking
• Add-ons: 3D printed details provide a very high level of detail, far exceeding typical plastic parts
• Assembly difficulty: 3/5 (intermediate)
• Recommendation: model recommended for both intermediate and advanced modelers wishing to enhance the realism of modern combat aircraft models

Why choose Eduard 648749? Thanks to modern 3D printing technology, this MICA RF missile model stands out for its exceptional level of detailing, while the included markings enhance the authenticity of reconstructions. This product is recommended for dioramas, airplane model upgrades, and building realistic 1/48 scale collector's models. The Eduard brand guarantees the highest quality and precision, making this set an excellent choice for enthusiasts of modern aircraft modeling.