Quickboost QB72207 MiG-21MF/bis/SMT correct stabilizers 1/72

Quickboost QB72207 MiG-21MF/bis/SMT correct stabilizers 1/72

The Quickboost QB72207 MiG-21MF/bis/SMT correct stabilizers 1/72 set is a high-quality modeling accessory, dedicated to modelers wishing to accurately reproduce the details of historic MiG-21 fighters in 1:72 scale. The product was created by the renowned Quickboost company and allows you to replace standard plastic parts from the Fujimi kit with horizontal stabilizers that are more faithful to the original.

• Scale: 1/72
• Original user country: USSR / Russia and Warsaw Pact countries, as well as export customers in Asia, Africa, and Europe
• Material: high-quality polyurethane resin, precision cast
• Product category: resin accessory set for plastic models
• Compatibility: dedicated for Fujimi MiG-21MF, bis, SMT models
• Additions: precise ribbing and aerodynamic details faithfully reproduced according to the aircraft's technical documentation

The MiG-21 is one of the most important and recognizable Soviet supersonic fighters, used by dozens of countries since the 1960s. The MF, bis, and SMT versions primarily served during the Cold War period, participated in many regional conflicts, and were valued for their structural simplicity and reliability. These variants are distinguished by a specific design of the horizontal tail, which has been reproduced in this set with exceptional attention to detail.

The Quickboost QB72207 set features ease of fit to existing models—resin allows for easy filing and fitting of the parts. The surfaces of the stabilizers accurately reflect panel lines, rivets, and the texture of the original, greatly enhancing the realism of the model on display or during modeling competitions.

I recommend this product both to intermediate and advanced modelers for whom details matter. The assembly difficulty is rated at 2/5. Quickboost QB72207 is an excellent choice for enthusiasts of Soviet aviation and collectors of Cold War fighter plane models who appreciate historical accuracy and a higher level of detail fidelity.