Eduard 674032 Mosquito FB Mk. VI LööK TAMIYA 1/72 – Pilot’s Cockpit Detail Set

Eduard 674032 Mosquito FB Mk. VI LööK TAMIYA 1/72 is a high-quality detail set for scale modelers, designed to complement the 1/72 De Havilland Mosquito FB Mk. VI model, specifically for the popular Tamiya kit. This set belongs to the innovative LööK series, offering a precisely reproduced resin pilot’s instrument panel and gunsight – all components feature a realistic, factory-applied color print, allowing you to avoid the tedious painting of the smallest cockpit interior details.

• Scale: 1/72
• Category: modeling accessories, cockpit details, resin model
• Material: precisely cast resin with high-quality color printing
• Dedicated for: De Havilland Mosquito FB Mk.VI by Tamiya
• LööK system – maximum realism without the need for painting
• Difficulty level: 2/5 – fast and intuitive assembly

The De Havilland Mosquito FB Mk. VI is one of the most legendary and versatile British aircraft of World War II. This aircraft, often known as the “Wooden Wonder” due to its wooden construction, served from 1941 in the Royal Air Force and other Allied air forces. The FB Mk.VI version was mainly used as a fighter-bomber, conducting numerous assault and bombing missions over occupied Europe, such as attacks on German installations in Normandy or raids on Gestapo prisons.

The Eduard LööK set is the perfect choice for all intermediate and advanced modelers who want to increase the realism of their Mosquito model without the time-consuming process of creating microscopic details by themselves. The ready-to-use instrument panel and gunsight provide the effect of a real cockpit and highlight Eduard’s many years of experience in producing the finest details for plastic models.

This product is highly recommended for discerning modelers who value a high level of interior detail and quick assembly while maintaining maximum precision. With its low difficulty, this set can also be the first introduction to resin details for those who want to raise the quality of their models.