Quinta Studio QD48194 F-16С 3D-Printed & coloured Interior on decal paper (for Kinetic kit) 1/48

Quinta Studio QD48194 is a high-quality cockpit interior set dedicated to the F-16C Fighting Falcon model in 1/48 scale, designed specifically for the Kinetic kit. This product is an innovative and exceptionally realistic addition to the aircraft model, intended for modern modelers seeking the highest level of detail without tedious, manual painting of small parts.

• Model: F-16C Fighting Falcon
• Scale: 1/48
• Country of use: USA and numerous NATO allied countries (Poland, Norway, Greece, Turkey, Israel, and many others)
• Period of use: Modern times (F-16C in service from the early 1980s to the present day)
• Production: Interior components are 3D-printed and coloured, placed on special decal paper
• Category: 3D-Printed & coloured Interior on decal paper – accessory for assembly plastic model kit
• Set dedicated to: For Kinetic kits in 1/48 scale (F-16C Block 50/52 and derivative versions)
• Assembly difficulty level: 1/5 (very easy and intuitive assembly; only basic modeling knowledge and skills with applying water slide decals required)

The F-16C Fighting Falcon is one of the most recognizable and widely operated multirole fighter jets in the world, having participated in numerous armed conflicts from the Cold War era up to modern air force operations. With this set from Quinta Studio, the modeler receives an extremely realistic and three-dimensional imitation of the instrument panel, seatbelts, and other key cockpit details – these components are already printed with microscopic precision and perfectly reflect the actual textures and colors.

The set is targeted at both beginner and advanced aircraft modelers who wish to achieve a professional finish for the F-16C cockpit interior easily and quickly. Modern 3D printing and coloring technology provide exceptional detail representation that is difficult to achieve with conventional painting. We especially recommend this set to owners of Kinetic models who want a realistic cockpit appearance without the need for complex modeling techniques.