1-ME1030 - Metal Earth Model Kit Vought F4U Corsair Fighter Aircraft "World War II" United States Navy (Challenging Diff

• Brand new Vought F4U Corsair Fighter Aircraft "World War II" United States Navy (Challenging Difficulty) Steel Model Kit by Metal Earth.
• Brand new box.
• Detailed exterior.
• Has landing gear.
• Includes 81 parts.
• Highly detailed model kit.
• Officially licensed product.
• Difficulty level: Challenging.
• This model does not have any openings.
• Assembled dimensions approximately L-5.1, W-4.15, H-1.75 inches.
• No glue or paint is required, but tweezers or similar tools are recommended.

The most capable carrier based fighter-bomber of World War II featured the largest engine available at the time: the 2,000 hp, 18-cylinder Pratt & Whitney R-2800 Double Wasp radial. It was the first US warplane to exceed 400 mph in level flight. The plane featured an unusual inverted gull wing to keep the undercarriage short while allowing the use of the large diameter propeller demanded by the powerful engine.

The Metal Earth Vought F4U Corsair Fighter Aircraft model kit, part number 1-ME1030, offers a detailed representation of the World War II United States Navy fighter-bomber. This steel model kit is designed for IT hardware resellers or businesses seeking unique items for display, team-building activities, or corporate gifting. It provides a challenging assembly experience, suitable for individuals with an interest in aviation history or intricate model construction. The kit includes 81 parts, allowing for the creation of a detailed exterior with landing gear. With assembled dimensions of approximately L-5.1, W-4.15, H-1.75 inches, it presents a compact display piece. No glue or paint is required for assembly, streamlining the building process, though the use of tweezers or similar tools is recommended for precision. This model kit serves as a tangible representation of historical engineering, focusing on the Vought F4U Corsair's design features, such as its inverted gull wing and powerful engine, without requiring specialized modeling skills beyond assembly.