Red Fox Studio QS-48093 is a high-quality precision 3D instrument panel made from acrylic resin, dedicated to the P-47D Thunderbolt fighter aircraft model in 1/48 scale by Tamiya. The product is intended for modelers looking to enhance the realism of their cockpit with elements produced with exceptional attention to detail.

• Scale: 1/48 – panel designed for Tamiya P-47D Thunderbolt models
• Material: acrylic resin, ready for assembly and pre-painted
• Category: modeling accessories, plastic model upgrades
• Compatibility: perfectly fits P-47D Thunderbolt kits (Tamiya 1/48)
• Finish: finely detailed indicators, imitation glass surfaces, realistic button and control colors
• Assembly method: easy – simply detach the panel from the base and glue it with cyanoacrylate or PVA glue; can be washed and varnished with acrylics or enamels
• Purpose: for modelers who want to realistically complete the P-47D cockpit without time-consuming, manual painting of details
• Historical period: World War II – the P-47D Thunderbolt was intensively used mainly by the US Air Force and Allied countries
• Unique advantage: hyper-realistic 3D finish allows you to achieve an effect not possible with hand painting
• Assembly difficulty rating (1-5): 2 – low level of difficulty, also ideal for intermediate modelers

The Red Fox QS-48093 panel was developed for those who want to quickly, cleanly, and impressively enhance the cockpit realism of the famous American fighter-bomber P-47D—a machine that participated in World War II combat, including in Europe, Africa, and the Pacific. The panel's elements perfectly replicate the appearance of the original flight instruments and are finished using advanced 3D printing technology.

We strongly recommend this product to both hobbyists and advanced collectors who want to achieve a higher level of realism in their Tamiya aircraft models. With this panel, you will not only save much time otherwise spent on painstaking painting of microscopic details, but also achieve an effect that far exceeds standard modeling techniques.