Quinta Studio QD48210 F-5F-2 3D-Printed & coloured Interior on decal paper (AFV club) 1/48

Quinta Studio QD48210 is an innovative interior detail set for the F-5F-2 model in 1/48 scale, designed specifically for the AFV Club kit. Thanks to 3D printing technology, the set's elements feature remarkable detail and dimensionality, unattainable by traditional decals or low-pressure injection molded plastic parts.

About the F-5F-2 Model

The F-5F-2 is a two-seat version of the Northrop F-5 fighter, developed in the United States. Since the second half of the 20th century, this aircraft has been widely used by many countries, including the USA, Switzerland, Taiwan, Iran, and nations in South America and Asia. F-5s participated in operations during the Cold War, serving as training and combat fighters, most notably as aggressors in US and NATO air forces simulating potential adversary aircraft.

Modern Technology in Scale Modeling

• The set is produced using 3D printing and coloured using pigments – each panel, instrument cluster, harness, or cockpit side panel is extremely realistic and ready to use without time-consuming painting.
• Printed on a special decal paper – easy to apply just like a standard model decal.
• Accurate representation of the interior details of the F-5F-2, corresponding to the real aircraft's instruments.

Product Features

• Scale: 1/48
• Category: Modeling accessories – aviation, cockpit interiors, 3D elements on decal
• Material: Multicolour 3D decal – 3D print + transfer paper
• For model: AFV Club F-5F-2
• Era: Modern times, 1960-2024
• Difficulty level: 1/5 (easy to assemble, also recommended for beginner modelers)

Why Choose Quinta Studio QD48210?

This product is recommended for both beginner and advanced modelers who want a quick and extremely realistic effect without the need for precise hand-painting of details. It's an attractive choice for aviation enthusiasts and those building collections of Cold War and modern aircraft. It guarantees amazing depth and detail of the model's interior, surpassing traditional modeling methods.