Master the Sky: Alouette II Model Kit – Detailed Fidelity in 1:32 Scale
Experience the elegance and innovation of French engineering with the Alouette II model kit in 1:32 scale. Celebrated as one of the first helicopters powered by a gas turbine engine, this kit honors the groundbreaking technology and refined design of the original. With 191 precision parts, it offers an engaging challenge for level 4 modelers seeking a rewarding building experience. The finished model measures 303 mm long, 86 mm high, with a rotor diameter of 318 mm, making it a striking centerpiece for any collection.
Scope of Delivery
- 191 precision-molded parts
- Rotatable main rotor for dynamic display
- Authentic decals for realistic detailing
- Illustrated, step-by-step building instructions
Special Features
- Innovative Construction Techniques: Designed for a detailed, immersive building experience
- Authentic Surface Detailing: Every part reflects the complexity of the real helicopter
- Rotatable Rotor: Adds dynamic realism to your display
- High-Quality Decals: Ensure a faithful and customizable finish
This kit is ideal for advanced modelers (level 4) and requires experience in painting and assembly. Recommended for ages 12 and up, it offers a challenging yet rewarding opportunity to showcase skill and passion for model building.
Historical BackgroundThe Alouette II symbolizes a milestone in aviation history. As one of the first mass-produced helicopters with a gas turbine engine, it set new standards for rotorcraft performance and influenced the development of future helicopters. This model lets you hold a piece of technological history in your hands while celebrating a true aviation icon.
At Aerobertics
At Aerobertics, we view model building as more than a hobby—it’s a way to connect with aviation history and innovation. Every kit combines precision, authenticity, and inspiration, allowing you to build, display, and celebrate legendary aircraft. Bring the Alouette II to life on your table and honor the legacy of a helicopter that redefined the limits of aviation.
