• Product name: Quickboost QB32300 OV-10A/D Bronco Steps Kitty Hawk 1/32

Quickboost QB32300 is a high-quality detail set designed especially for aviation enthusiasts and modelers looking for excellent reproduction of details on their models. The set is made in 1:32 scale and intended for the North American Rockwell OV-10A/D Bronco model aircraft by Kitty Hawk. The entry steps are made from precise resin, guaranteeing much greater accuracy and sharpness of detail compared to the standard plastic parts included in the original kit.

The North American OV-10A/D Bronco was a versatile American support and observation aircraft, designed for operations during the Vietnam War (the Cold War era, the 1960s, and subsequent decades). The aircraft was used mainly by the United States, but was also exported to other countries. The OV-10 Bronco found use as a reconnaissance aircraft, close air support for ground forces, counter-insurgency missions, and for patrol missions in difficult terrain. For example, it was intensively used by the USAF and US Marine Corps during the Vietnam War to support ground operations and to designate targets for fighter-bomber aviation.

The components included in the Quickboost QB32300 set replace the original entry steps, offering better replication of the original, more pronounced panel lines, faithfully reproduced screw and mounting details, and greater scalability of detail, thus enhancing the aesthetic and historical fidelity of the assembled model.

• Product category: Resin detail set – accessories for plastic models
• Material: Resin
• Fits: OV-10A/D Bronco Kitty Hawk 1/32 kit
• Parts included: Crew compartment entry steps
• Manufacturer: Quickboost
• Historical period: Cold War, Vietnam War

We recommend this product for experienced modelers and anyone who wants to achieve an exceptionally realistic finish for their OV-10A/D Bronco model. These accessories are perfect both for dioramas and display models.

Assembly difficulty level: 2/5. The set is easy to use, ideal for intermediate modelers as well as more advanced ones looking to enhance the realism of their model.