RESKIT RSU72-0203 F-106 "DELTA DART" EXHAUST NOZZLE FOR MENG KIT (3D PRINTED) 1/72

The RESKIT RSU72-0203 F-106 "DELTA DART" EXHAUST NOZZLE FOR MENG KIT set is a high-quality modeling accessory dedicated to the MENG plastic model of the F-106 Delta Dart aircraft. The product is manufactured in precise 1/72 scale, ensuring ideal detail reproduction and excellent proportions. The set includes a jet engine exhaust nozzle, made with 3D printing technology from high-quality resin material. This accessory allows any Delta Dart replica to be upgraded to competition-level standards of realism.

Historical Information:

The F-106 Delta Dart was an American interceptor fighter used by the United States Air Force (USAF). It was developed during the Cold War period and served from the late 1950s until the early 1980s. It was particularly known for its highly advanced (for its time) electronic system, as well as its characteristic conical air intake and effective exhaust nozzle. The F-106 primarily took part in air defense missions over the USA and in training tasks, serving as a key element of the missile shield during periods of Cold War tension.

Set Features:

• Scale: 1/72
• Country of Use: USA
• Historical Period: Cold War (1959-1988)
• Dedicated for model: MENG F-106 Delta Dart
• Product Type: Model accessory, spare part (3D printed resin)
• Material: Resin, 3D printed — highly detailed textures and definition, significantly higher precision than plastic parts included in the base kit
• Application: Upgrade of the factory exhaust nozzle for maximum realism and historical accuracy

Recommended for:

This product is especially recommended for advanced modelers and those engaged in aircraft modeling, who value authenticity and a high level of detail. Perfect for competition-grade builds and Cold War era aviation dioramas.

Assembly Difficulty: 3/5

Recommended for modelers with some experience, possessing skills in working with resin and delicate, detailed parts. The set requires care during cutting and assembly of the nozzle to the base model, allowing for a highly realistic final effect.