This Fast Airplane Concept Travels Quicker and Saves Fuel
Christopher Magsambol — August 12, 2015 — Unique
References: dezeen & moreinspiration
Teams from Dutch airline KLM and the Delft University of Technology have collaborated to create the AHEAD aircraft, an energy-efficient and fast airplane.
The AHEAD (Advanced Hybrid Engine Aircraft Development) aircraft is designed with two pairs of wings, one in the front and one in the back. The wings are meant to blend with the body of the plane, creating a smooth, curved look. Not only is this aesthetically pleasing, these modified wings are meant to improve airflow and reduce drag, which ultimately saves fuel. Traditional turbofan engines would be replaced with hybrid engines and would sit at the back of the aircraft rather than under the wings.
The AHEAD aircraft is a long-term case study and if implemented, it would be slated for release in 2050.
The AHEAD (Advanced Hybrid Engine Aircraft Development) aircraft is designed with two pairs of wings, one in the front and one in the back. The wings are meant to blend with the body of the plane, creating a smooth, curved look. Not only is this aesthetically pleasing, these modified wings are meant to improve airflow and reduce drag, which ultimately saves fuel. Traditional turbofan engines would be replaced with hybrid engines and would sit at the back of the aircraft rather than under the wings.
The AHEAD aircraft is a long-term case study and if implemented, it would be slated for release in 2050.
Trend Themes
1. Hybrid Engine Airplanes - The development of hybrid engines for airplanes presents new opportunities for companies in the aviation industry to increase fuel efficiency and reduce costs.
2. Aerodynamic Design - Innovative designs like the blended wing body approach present opportunities for increased fuel efficiency and may become a key feature for airplanes in the future.
3. University-industry Collaborations - Integrating academic research and industry expertise can lead to more sustainable, fuel-efficient transportation solutions, particularly in the aviation industry.
Industry Implications
1. Aviation - The aviation industry can leverage the adoption of hybrid engines and aerodynamic design enhancements to create more efficient means of transportation.
2. Academia - The university sector can deepen its engagement with industry partners by exploring potential collaborations to develop innovative transportation solutions that can meet the needs of the future.
3. Energy - The development of more efficient planes with hybrid engines requires new energy solutions and presents an opportunity for the energy sector to collaborate with aviation companies to develop sustainable transportation options.
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