By Daniel Nahoum, Aeromodelling Builder
We are thrilled to share this incredible project by Daniel Nahoum, an experienced aeromodelling builder, who used Acen’s carbon fiber components to craft a lightweight, high-performance glider. We deeply appreciate Daniel for sharing these photos and his impressive results with us!
The glider with 4-meter wingspan made of carbon fiber sheet & tubes
This glider was built with precision and care, incorporating carbon fiber sheets(trapezoidal spars), a carbon fiber tail tube for the outer wing panels. These spars are designed to ensure rigid ailerons without the risk of deformation in the sail, making the glider both strong and lightweight.
Weighing in at less than 2 kg, the glider flies wonderfully, thanks to the advanced materials provided by Acen. The combination of our carbon fiber elements contributed to an impressive flight performance.
Performance Highlights
Daniel achieved outstanding flight results, including:
Engine-powered Launch: The glider was launched with the engine at less than 150 meters for a duration of 18 seconds.
Flight Duration: Once airborne, the glider remained in the air for an incredible 13 minutes, showcasing the aerodynamic efficiency and stability provided by the carbon fiber components.
Why Carbon Fiber?
The use of carbon fiber for the tail tube and trapezoidal spars ensures a light, strong, and durable glider structure. The trapezoidal spars allow for a stiff, deformation-resistant wing design, crucial for smooth aileron control during flight.
Carbon fiber’s excellent strength-to-weight ratio makes it the ideal material for high-performance gliders like Daniel's, resulting in extended flight times and superior maneuverability.
Thank you once again to Daniel Nahoum for sharing his remarkable achievement with us!
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