Roden 636 SPAD XIIIc1 1/32 – plastic airplane model kit

Roden 636 SPAD XIIIc1 in 1/32 scale is an extremely detailed plastic model kit representing the legendary French fighter aircraft from World War I. The set is dedicated to demanding modelers who appreciate a faithful reproduction of the details of historical aircraft designs.

• Scale: 1/32 – the model accurately reflects the real proportions of the aircraft.
• Countries of use: France, Great Britain, United States, Italy (period 1917–1920+).
• Material: High-quality plastic, ensuring durability and excellent fit of components. The kit is intended for assembly (glue and paints not included).
• Category: Plastic model kit – airplanes (World War I).
• Build difficulty: 4/5 – requires experience in model assembly and working with details, recommended for intermediate and advanced modelers.

Historical background: The SPAD XIIIc.1 is an improved version of the renowned SPAD VIIc.1, developed in 1917 by the SPAD company. It differed from its predecessor by an enlarged fuselage, a modified engine cowling, improved aerodynamics, and a more durable wing construction. Mass-produced, the aircraft became part of the French and Allied air forces during World War I. Aviation legends such as Georges Guynemer, Francesco Baracca, and Eddie Rickenbacker flew this plane. The SPAD XIIIc.1 was used in combat until the early 1920s, remaining a symbol of air superiority for the Entente Powers.

Model advantages: Roden 636 SPAD XIIIc1 offers superbly recreated components including a realistic fuselage, detailed wings, and precisely made cockpit and engine parts. The manufacturer has paid attention to details such as rigging imitations and realistic control surface arrangements. The kit provides great satisfaction during assembly and painting, allowing you to create a remarkably striking replica of this aviation legend.

Recommendation: This model is recommended for enthusiasts of military aviation history and collectors of World War I models. The kit is dedicated to intermediate and advanced modelers due to its high level of detail and assembly complexity.