Quickboost QB49002 B-26K Invader engine reductors for ICM 1/48

Quickboost QB49002 is a high-quality upgrade set intended for the B-26K Invader aircraft model in 1/48 scale from ICM. This product was designed for the most demanding modelers who expect exceptional detail and realism in replicating the engine components of this legendary aircraft. Each part of the set has been precisely crafted from high-quality resin, offering significantly better detail reproduction than the standard plastic parts included in the base kit.

The Douglas B-26K Invader is an American attack aircraft and bomber, used primarily by the United States Air Force (USA). The modernized K version participated intensively in conflicts during the Cold War, especially during the Vietnam War (1960s). This type of aircraft was used for bombing missions, ground support, and special operations in challenging tropical and jungle conditions.

The Quickboost QB49002 set enables precise replication of the engine reductors, which undoubtedly enhances the level of realism of any 1/48 scale B-26K Invader model. The finely sculpted details, sharp lines, and realistic surface texture provide an effect that will satisfy advanced modelers and those who wish to improve their skill level. The resin parts are compatible with ICM models, ensuring easy assembly with minimal modifications.

• Category: Resin upgrade set (model accessories)
• Scale: 1/48
• Intended for: B-26K Invader (ICM)
• Country of origin usage: United States of America
• Period of use: Cold War, Vietnam War
• Material: High-quality resin
• Set includes: Precisely crafted engine reductors
• Assembly difficulty: 2/5 (requires basic resin working skills)

This product is recommended for both beginner modeling enthusiasts and advanced modelers who want to increase the realism of their B-26K Invader model. The Quickboost QB49002 set is perfect for building historical dioramas and competition modeling projects, highlighting the technical features of the replica. Its use significantly increases the value and visual effect of the finished model.