RESKIT RS48-0463 AASM-250 "Hammer" thermally protected bombs (6 pcs) (3D Printed 1/48

The RESKIT RS48-0463 set is a high-quality model accessory presenting six precisely made AASM-250 "Hammer" guided bombs in 1/48 scale. The product is manufactured using professional 3D printing technology, offering outstanding detail and faithful reproduction of small features such as thermal protective layers, mounts, and the characteristic shape of guidance kits.

AASM-250, also known as "Hammer" (Highly Agile Modular Munition Extended Range), is a French family of precision-guided bombs that entered service in the French Air Force at the beginning of the 21st century. The modularity of the AASM allows for the use of various warheads, INS/GPS guidance, as well as additional modules such as laser or thermal guidance. The AASM-250 was widely used by Dassault Rafale and Dassault Mirage 2000 aircraft, as well as on export platforms, including third-party nation MiG-29s. This weapon was used, for example, during NATO's intervention in Libya in 2011, where it provided precision strikes against ground targets in adverse weather conditions and at night.

• Scale: 1/48
• User nation: France and export customers
• Period of use: Modern (since 2007)
• Material: high-quality 3D printed resin
• Quantity in set: 6 bombs
• Additions: detailed construction elements, thermal coating
• Category: Accessories for plastic model aircraft

The RS48-0463 set is aimed at advanced modelers who want to enhance the realism of their contemporary fighter jet models involved in modern armed conflicts. Due to the high quality of details and assembly requirements of the 3D printed product, we recommend this set to modelers with intermediate or higher experience.

Build difficulty rating: 3/5

This product is especially recommended for collectors and modelers seeking authentic French fighter armament and realism for contemporary diorama scenes. By choosing RESKIT RS48-0463 AASM-250 "Hammer", you invest in the highest quality and authenticity for your modeling project.