Eduard 632196 Spitfire Mk. Ia Exhaust Stacks PRINT KOTARE 1/32 – Set of 3D Printed Exhausts for the Spitfire Mk.Ia

We offer a unique Eduard 632196 Spitfire Mk. Ia Exhaust Stacks PRINT KOTARE 1/32 set, dedicated to modelers wishing to enhance the realism of their replica of the legendary Supermarine Spitfire Mk.Ia fighter. The set has been designed with the Kotare kit in mind but will also work with other kits featuring the same engine and exhaust configuration in this scale.

• Scale: 1/32
• Application: Dedicated to the Kotare Spitfire Mk.Ia model, also compatible with other Spitfire kits in this scale.
• Country of origin (original aircraft): United Kingdom
• Historical period: World War II, aircraft widely used during the Battle of Britain in 1940-1941
• Material: Advanced 3D printing – high-quality polymer resin, allowing for refined, sharp surface texture not achievable with classic plastic components.
• Set contents: 2 detailed 3D printed exhaust stack components; no decals, photo-etched parts, or painting masks – only perfectly replicated replacement parts.
• Product category: Modeling accessory – replacement detail part, resin model produced by 3D printing
• Recommendation: The ideal choice for modelers seeking a highly realistic, competition-level finish. Details are visible even under close inspection, while the mounting method allows for easy integration with the Spitfire’s fuselage and engine.
• Difficulty level: 2/5 – An easy-to-assemble set, suited for both intermediate and advanced modelers. Assembly only requires basic resin handling skills.
• Why choose this product? 3D printed parts provide an unprecedented level of detail – thin-walled, deeply ribbed exhausts replicate the true shapes and textures of the original far better than any standard plastic part.

The Eduard 632196 set guarantees that your 1/32 scale Spitfire Mk.Ia will stand out with superior detail among other models. It’s the perfect choice for all aviation history enthusiasts and competition scale modelers who appreciate exceptional realism and functionality in modeling accessories.