KELIK K72070 F-15E STRIKE EAGLE INTERIOR 3D DECALS FOR HASEGAWA KIT 1/72

KELIK K72070 F-15E Strike Eagle Interior 3D Decals for Hasegawa Kit 1/72

KELIK K72070 F-15E Strike Eagle Interior 3D Decals is an advanced detail set designed for the Hasegawa 1:72 scale F-15E Strike Eagle multirole fighter model. This set allows you to significantly enhance the level of cockpit detail, offering exceptionally realistic 3D spatial decals that perfectly mimic instruments, consoles, and cockpit panels.

Product details:

• Scale: 1:72
• Dedicated to: Hasegawa F-15E Strike Eagle plastic model
• Country of use (original): United States
• Material: multilayer 3D printing on vinyl film, modern pigments
• Set contents: complete set of 3D decals for instrument panels, side consoles, side panels, and seat details
• Category: modeling accessories, 3D decals for plastic models

Brief history of the F-15E Strike Eagle model:

The F-15E Strike Eagle is an American multirole fighter that entered service in the mid-1980s and remains operational to this day. It is distinguished by its capability to perform both air-to-air and air-to-ground missions, being used during Operation Desert Storm as well as in modern conflicts in the Middle East. Intensively operated by the USAF, it has gained a reputation as a reliable and versatile aircraft.

Product advantages:

• The set allows for a much higher level of cockpit detail than standard decals or painting.
• Intuitive and easy application – the 3D decals are ready to use without the need for advanced gluing or cutting.
• Full compatibility with the 1:72 Hasegawa model, ensuring a perfect fit.
• The 3D decals are made of durable materials, resistant to modeling agents.
• Realistic, raised 3D print provides a modern effect and highlights the display qualities of the model.

We recommend this product to both intermediate and advanced modelers who wish to enhance and add realism to the interior of the F-15E model. The assembly difficulty is rated 2/5 – application is easy thanks to clear instructions and precise fit of the components.