Eduard SS714 Su-35S 1/72 GREAT WALL HOBBY – Photo-Etched Parts for Plastic Model

The Eduard SS714 Su-35S 1/72 photo-etched parts are a specialist set dedicated to the plastic model of the Su-35S in 1/72 scale from the renowned manufacturer GREAT WALL HOBBY. Made from top-quality thin stainless steel, this product allows you to replicate even the finest details of the interior and exterior of the Russian multi-role fighter Su-35S, one of modern Russia’s most advanced combat aircraft.

The Su-35S is an advanced version of the Russian air superiority fighter, introduced into service in Russia in 2014. This aircraft, an upgraded design based on the Su-27, is equipped with modern avionics and thrust vectoring engines, among other features. The Su-35S is used by the Russian Air Force and was combat-tested during operations in Syria between 2015–2020. Today, it remains one of the cornerstones of modern Russian aviation (era: modern times).

• Scale: 1/72
• Intended for: GREAT WALL HOBBY Su-35S plastic model
• Country of original use: Russia
• Historical period: Modern times
• Material: Thin stainless steel (photo-etched)
• Product category: Photo-etched parts – model accessories
• Set includes: Precision instrument panel, seatbelts, small levers, cockpit elements and external details
• Assembly difficulty: 4/5

Eduard SS714 photo-etched parts allow you to enhance the realism and detail of your Su-35S model to a level unattainable with standard plastic parts. We especially recommend this product to advanced and intermediate modelers – it requires precision during assembly and the skill to work with very delicate metal components. Thanks to this set, cockpit details, pilot seat harnesses, side panels, and the instrument panel will vividly recreate the look of the real fighter jet.

We recommend Eduard SS714 Su-35S 1/72 to all enthusiasts of modern aviation who want to add unrivaled realism and a professional finish to their model. This is the perfect addition to any modeling project for fans of Russian military technology and advanced modeling techniques.