Aerobonus 320107 US Navy Pilot with Ejection Seat for A-7E Corsair II Late Version – Fitted with SJU-8/A Ejection Seat for Trumpeter 1/32

Aerobonus 320107 is a high-quality US Navy pilot figure set with a detailed SJU-8/A ejection seat designed for the 1:32 scale A-7E Corsair II model. This product is dedicated to Trumpeter kits, ensuring exceptional assembly compatibility and the highest level of detail, making it stand out compared to standard plastic kit components.

The set corresponds to the late version of the A-7E Corsair II, a strike aircraft widely used by the United States Navy from the early 1970s to the mid-1990s. Corsair IIs participated in combat during the Vietnam War and various Cold War conflicts, and their presence on U.S. aircraft carriers still garners recognition for their reliability and versatility. The A-7E version was based on advanced avionics and the characteristic SJU-8/A ejection seat, which has been precisely reproduced in this Aerobonus set.

The product includes a resin pilot figure in a realistic seated position, in complete period flight gear, and the SJU-8/A ejection seat with perfectly replicated seatbelts and equipment details. The resin parts feature outstanding sharpness of detail, unattainable with traditional plastic modeling. Precise castings ensure easy assembly and minimal preparatory work.

• Scale: 1:32 – dedicated for Trumpeter A-7E Corsair II aircraft models
• Country of use: United States
• Usage period: Cold War, 1970s–1990s
• Material: resin – very high level of detail
• Extras: realistic pilot figure, authentic reproduction of SJU-8/A ejection seat
• Category: resin model produced by casting method

The Aerobonus 320107 set is recommended for experienced aircraft modelers wishing to enhance their models with maximum realistic detail. The product is ideal both for collectors of modern naval aviation and for modeling enthusiasts displaying their work in dioramas or at exhibitions.

Assembly difficulty level: 3/5 – requires skill working with resin parts and basic modeling techniques.