Dragon 6939 Sd.Kfz.10 Ausf.A + 10.5cm le.FH.18/40 1/35 – Plastic Model Kit

The presented Dragon 6939 set in 1/35 scale is a unique proposition for advanced modellers who value detail and realism. The kit allows you to build the German Sd.Kfz.10 Ausf.A half-track ammunition transporter in tandem with the 10.5cm le.FH.18/40 howitzer – one of the most frequently used artillery sets of the Wehrmacht during World War II.

• Scale: 1/35
• Country of use: Germany
• Historical period: World War II (1939-1945)
• Category: Plastic model kit
• Material: high-quality plastic (polystyrene)
• Set components: Sd.Kfz.10 Ausf.A half-track transporter, 10.5cm le.FH.18/40 howitzer, detailed segmental tracks, photo-etched details, decals with historical markings
• Assembly difficulty: 4/5 (recommended for intermediate and advanced modellers)

Historical data: The Sd.Kfz.10 Ausf.A was a lightly armored, versatile half-track produced by Germany from 1938 onwards. It was most commonly used as an artillery tractor for transporting light guns such as the 10.5cm le.FH.18/40. This gun was a modernized version of the basic 10.5cm le.FH.18 howitzer, used by the German army on virtually all fronts of World War II – from the Polish campaign, through France, North Africa, and the Eastern Front. The vehicle + gun set was standard equipment of German infantry divisions, suited both for rapid artillery deployment and fire support during key military operations.

The Dragon 6939 model stands out thanks to the precise reproduction of both vehicles’ structural details, realistic surfaces with rivets and metal texture, as well as optional parts that allow you to build several equipment and painting versions. The kit also includes fine photo-etched parts, further increasing realism, and decals to complete the model in accordance with historical sources.

Recommendation: We recommend this model to demanding modellers passionate about World War II military history, historical reenactors, and all who enjoy challenges – due to its high level of detail and assembly complexity.