Dragon 6250 7,5cm Pak40 Late Type w/FJ (1/35) – plastic model kit

The Dragon 6250 7.5cm Pak40 Late Type w/FJ model in 1/35 scale is a highly detailed plastic assembly kit depicting the German 7.5 cm PaK 40 anti-tank gun in its late production version, along with Fallschirmjäger (paratrooper) figures. This product faithfully represents Wehrmacht weaponry from World War II, widely used by the German army on all fronts of the conflict.

Main product features:

• High level of detail – precise reproduction of gun components as well as detailed German paratrooper (FJ – Fallschirmjäger) figures.
• 1/35 scale – perfect for vehicle collections and historical WWII dioramas.
• "Late Type" version – features late-war technical details of the Pak 40 that distinguish it from early variants.
• Includes sprues with all the required parts to build the gun and soldiers in grey plastic.
• Does not include glue or paint – ideal for modelers who already have their own modeling supplies.

Historical information:

The 7.5 cm PaK 40 is one of the most recognizable anti-tank guns, developed by Germany in the early 1940s and introduced into service from 1942 onwards. It quickly became the standard anti-tank equipment of the Wehrmacht and Luftwaffe, used on virtually all theaters of war, both on the Eastern and Western fronts. The PaK 40 was effective against Soviet and Allied medium and heavy tanks, and its production continued until the end of World War II.

Technical data of the model:

• Manufacturer: Dragon
• Scale: 1/35
• Historical period: World War II (1942–1945)
• Country of use: Germany
• Material: high-quality plastic
• Category: plastic model kit
• Add-ons: Fallschirmjäger figures, optional gun and equipment parts

Who is it for?

The Dragon 6250 7.5cm Pak40 Late Type w/FJ model is recommended for experienced modelers and all military history enthusiasts who want to recreate a realistic World War II diorama. An excellent choice both for collections and advanced modeling projects.

Difficulty level: 4/5 – recommended for intermediate to advanced modelers.