Quinta Studio QR+48094 GRU-7A late, 2 ejection seats for F-14A/F-14B (Hasegawa, GWH) 1/48

The Quinta Studio QR+48094 GRU-7A (late) set is a professional kit containing two late-version Martin-Baker GRU-7A ejection seats, designed for F-14A/F-14B Tomcat fighter jet models from Hasegawa and GWH (Great Wall Hobby), manufactured in the popular 1/48 scale. This high-quality accessory significantly enhances the level of detail in any F-14 model from the late Cold War era and the early modern period.

The Martin-Baker GRU-7A is a British ejection seat used in the legendary American F-14 Tomcat fighters. This late variant was installed in upgraded F-14A/B versions, operated primarily by the US Navy from the late 1970s until the aircraft's retirement in 2006. The F-14 Tomcat played a vital role in numerous carrier operations, including during the Cold War and conflicts in the Middle East.

This set was produced using advanced 3D resin printing technology, which allows for unrivaled sharpness and depth of detail compared to other techniques. A unique feature of this product is the full-color prints applied directly on seat parts – including safety harnesses, cables, ejection handles, and various markings and pictograms. This ensures outstanding realism and greatly reduces building time by eliminating the need for laborious hand-painting of such details.

• Set of two complete GRU-7A (late) seats for F-14A/F-14B Tomcat
• Made of full-color 3D printed resin
• Unrivaled detail and realism thanks to full-color printing
• Perfect fit for Hasegawa and GWH 1/48 scale kits
• Product category: resin accessory set for plastic model kits

The product is especially recommended for intermediate and advanced modelers seeking an authentic cockpit effect with no compromises on quality. The set requires no painting or complex modifications—only basic skills in working with resin parts are needed. The assembly difficulty level is rated at 2/5. This is a great option for every military aviation enthusiast who values perfect detail and historical accuracy.