Blue Propeller Plane

My blue propeller plane is a meticulously designed, fixed-wing plane intended for scientific research. With dimensions of 17.6 cm in width, 19.2 cm in length, and 5.9 cm in height, this model is a detailed 1:50 scale replica of a small, private aircraft.

I built this model to capture the essence of scientific exploration and aviation in a fun and educational way. It serves as a tribute to the spirit of discovery and the importance of cost-effective, efficient, and maneuverable aircraft for local research groups. It reflects the dedication and passion that goes into scientific research and aviation.

My blue propeller plane provides a hands-on learning experience about aviation, scientific research, and engineering principles. Simulating technical data like a platform area of 2547.5 ft², a B-distance of 103.2 ft, and an average cruise speed of 120 mph, it offers detailed insights into aircraft specifications.

The model's accuracy, including its scale and technical aspects, makes it appealing to both aviation enthusiasts and LEGO collectors. The simulated inclusion of the Williams FJ44 engine and Jet A-1 fuel further adds to its realism.

The model simulates advanced materials like Shape Memory Alloys (SMAs) and Ceramic Matrix Composites (CMCs). SMAs can return to a predefined shape after deformation, ideal for morphing wings and adaptive structures, enhancing aerodynamic performance and fuel efficiency. CMCs, with their high-temperature capabilities and resistance to wear and corrosion, could lead to more efficient engines and exhaust systems, reducing emissions and increasing performance.

My blue propeller plane inspires creativity and curiosity about science and technology, encouraging builders to learn more about the real-world applications of aircraft. With an average drag of 1566.0 lb and a total weight of 1620.0 lb, the technical intricacies of the plane are well-represented.