Italeri 6136 Scots Infantry 1/72

Italeri 6136 Scots Infantry (1/72) – plastic model kit of Scottish infantry

The Italeri 6136 Scots Infantry set in 1:72 scale is an excellent choice for modelers and collectors interested in the Napoleonic Wars. This model depicts Scottish line infantry, renowned for their courage and unique charisma, recognizable by their distinctive kilts and traditional headgear (fez, "bonnet" caps).

The Scottish line infantry was an integral part of the British army during the Napoleonic era (1799–1815). The "Highlanders" regiments, in particular, gained fame by participating in numerous battles of the era, such as Waterloo (1815), Walcheren (1809), and on the Iberian Peninsula under the command of the Duke of Wellington. The presence of Scottish regiments on the battlefield was a source of inspiration—they were considered some of the bravest soldiers of the time.

Italeri 6136 Scots Infantry is a plastic model kit that does not include glue or paints—these products must be purchased separately, selecting matching shades according to the actual uniforms from the early 19th century. The figures are made of high-quality plastic, which allows for easy painting and customization. Detailed reproduction of the uniform, weaponry (rifles, bayonets, swords), as well as characteristic equipment such as the sporran or tartan plaids, guarantees satisfaction even for the most demanding modelers.

• Scale: 1/72, allowing easy integration into dioramas or Napoleonic Wars collections
• Country: United Kingdom – Scottish regiments of the British Army
• Era: Napoleonic Wars, 1799–1815
• Material: High-quality plastic for precise painting
• The set does not include glue or paints – modeling accessories must be purchased separately
• Category: plastic model kit, historical figures
• An excellent choice for beginner and intermediate historical modelers as well as collectors

Recommended difficulty level: 2/5 – the set is suitable for all history enthusiasts, and the richness of details facilitates precise, rewarding modeling work.