RESKIT RSF32-0035 Mirage 2000 (B, D, N) (TAIWAN) pilots sitting in ejection seat MB Mk.10Q (2 pcs) (3D Printed) 1/32

Discover the exceptional RESKIT RSF32-0035 pilot figure set in 1/32 scale, dedicated to models of the Mirage 2000 fighter in B, D, and N versions operated by the Air Force of the Republic of China (Taiwan). This product is based on the latest 3D printing technology and is intended for advanced modellers who expect the highest level of historical and technical accuracy.

• Scale: 1/32
• User country: Taiwan (Republic of China)
• Period of use: Modern era (from the 1990s to present)
• Materials: High-strength, high-detail 3D printed resin
• Set contents: 2 pilot figures seated in Martin-Baker Mk.10Q ejection seats
• Category: 3D printed resin figures – aircraft model accessories

Historical description: The Mirage 2000 is a French multirole fighter widely used by various countries, including Taiwan, where it was introduced into the Air Force fleet in the mid-1990s. The B, D, and N variants feature a two-seat cockpit, designed both for training and for a variety of combat missions. Used in the defense of Taiwan's airspace and for training flights, these aircraft remain a key element in the protection of the skies in the East Asian region to this day.

Characteristics: The pilot figures replicate the distinctive equipment and uniforms of Taiwanese aviators in combat readiness. Detailed features such as helmets, safety harnesses, and the control panels of the MB Mk.10Q seat have been crafted with exceptional precision thanks to 3D printing technology, allowing for authentic details not attainable with traditional castings.

Recommendation: This product is recommended for advanced modellers and collectors focused on historical accuracy and intricate detail. It is also ideal for dioramas and professional modelling presentations.

Assembly difficulty: 3/5 – the set is recommended for those experienced with resin and 3D printed components. Precise fitting and painting require skill, but this results in an outstanding final effect.