The Eduard 1:72 F-104G Starfighter for Revell photo-etched detail set is a high-quality product designed for advanced detailing of plastic aircraft model kits in 1/72 scale. This precisely manufactured set, offered by the renowned company EDUARD, allows for enhancing the realism and detail of models, especially those from the Revell F-104G Starfighter series.
Key Features:
Material: Elements made from high-quality metal, ensuring durability and the ability to reproduce the finest details.
Detail Precision: The set stands out for its exceptional detail, far surpassing the standard plastic parts included in model kits. It perfectly reproduces small structural elements, such as cockpit details, landing gear bays, or external surfaces.
Plastic Part Replacement: The photo-etched parts are designed as direct replacements for their plastic counterparts, which facilitates assembly and integration with the model, while simultaneously improving their appearance.
Enhanced Realism: Applying these details significantly elevates the visual quality and authenticity of the finished F-104G Starfighter model.
Compatibility:
This set is dedicated to plastic model kits of F-104G Starfighter aircraft in 1/72 scale, with particular emphasis on Revell production kits. Compatibility with other F-104G models in the same scale requires individual verification.
Application and Assembly:
The photo-etched parts are designed for precise detailing of external and internal model components. For durable bonding of metal details with plastic parts or other photo-etched elements, the use of specialized cyanoacrylate (CA) glue is recommended. Alternatively, metal elements can be joined together by soldering, which provides very strong and aesthetic bonds, ideal for experienced modelers.
Expand Your Model's Potential:
For modelers interested in further expansion and detailing, a wide range of additional modeling accessories is available. This includes, among others, metal gun barrels, resin parts, or other photo-etched sets, which allow for even greater refinement of the model and achieving the maximum level of detail.
