Quickboost QB48930 F-14D Tomcat Boarding Steps AMK 1/48

Quickboost QB48930 F-14D Tomcat Boarding Steps AMK 1/48 is a high-quality detail set designed for the AMK 1/48 scale F-14D Tomcat model. The product is made from precisely cast resin, ensuring exceptional accuracy of details and excellent representation of the real-life counterpart. Boarding steps, the extendable deck steps, are one of the characteristic details of modern jet fighters and a key element for a realistic presentation of the F-14D Tomcat model.

The F-14D Tomcat is a legendary American carrier-based fighter jet, primarily used by the United States Navy. Developed since the 1970s, it was extensively employed during the Cold War and in military operations throughout the 1990s and into the early 21st century, including actions in the Persian Gulf and over Iraq. The F-14D, known for its versatility, advanced radar systems, and variable-sweep wings, was used for air superiority and interception missions, as well as for striking ground targets.

• Scale: 1/48 – ideal for detailed modeling and displaying small features.
• User country: United States (United States Navy).
• Period of use: Cold War, modern era (1970–2006).
• Material: Precision resin – parts are lightweight, highly detailed, and easy to work with.
• Compatibility: Kit dedicated to the AMK F-14D Tomcat 1/48 scale model.
• Category: Accessory, detail set for plastic models.
• Add-ons: The set does not include metal parts or accessories made of other materials, focusing on the realistic reproduction of the boarding steps.

Quickboost QB48930 provides an exceptional level of realism to your model and is an excellent choice for advanced modellers who want to highlight structural details and create an authentic diorama or a realistically reproduced model.

Assembly difficulty: 2/5 – recommended for intermediate and advanced modellers with basic resin-working skills.

We recommend Quickboost QB48930 to all aviation enthusiasts who want to enhance their F-14D Tomcat model with authentic details and achieve a top-level modelling effect.