• Product Name: Microdesign MD 200203 Three-thread leer 1/200
• Category: photo-etched modeling accessories
• Scale: 1/200
• Material: 0.17 mm thick brass
• Intended Use: Enhancement and detailing of ship and vessel models in 1/200 scale
• Manufacturer: Microdesign
• Total Length of Elements: 2 meters of hand-cut railings
• Assembly Difficulty: 1/5 (for beginners)

Microdesign MD 200203 Three-thread leer 1/200 is a high-quality set of photo-etched three-wire railings, designed to enhance the appearance of ship and vessel models in the popular 1/200 scale. The set includes precisely crafted elements made by professionals from 0.17 mm thick brass, perfectly replicating the real railings used on the decks of maritime vessels in many countries around the world.

Three-wire railings of this type have been and are commonly used on warships, passenger ships, and in commercial shipbuilding from the late 19th century up to the present day. They are suitable for units from the World War II era (such as battleships, cruisers, aircraft carriers) as well as for modern warships of the United States, United Kingdom, Japan, Russia, or Germany. Thanks to their universal design, they fit a wide range of models – from famous battleships like the Bismarck or Yamato to modern frigates and destroyers.

Photo-etched parts offer a much higher degree of detail and realism compared to standard plastic railings, significantly enhancing the visual value of the finished model. The total length of 2 meters allows for comprehensive enhancement even of large vessels.

The set is recommended for both beginners and advanced modelers who want to take their models to the next level of detail, thanks to the easy assembly and the brass's resistance to minor deformations.

We recommend Microdesign MD 200203 Three-thread leer 1/200 to all modelers building ships in 1/200 scale who value excellent quality, durability, and the highest level of realism. It is especially suitable as a first photo-etched set for those beginning their adventure with enhancing models.