ABOUT THE PROJECT
Aerotec
Exterior design: POGORELOV Design solutions
Engineering and production: Nanotechnology Centre for Composites Ltd. (NCC Russia Ltd.)
Engineering and production: Nanotechnology Centre for Composites Ltd. (NCC Russia Ltd.)
Aircraft simulator
2017, March - designed
2019, February - release
Заказчик: Renault
Консультации по проекту вели: МГХПА им. С.Г.Строганова и дизайнеры компании Renault: Томас Бигвуд, Стив Маттин
Консультации по проекту вели: МГХПА им. С.Г.Строганова и дизайнеры компании Renault: Томас Бигвуд, Стив Маттин
The Aerotec flight simulator is a solution that ensures lightness, strength, stability and appropriateness of both design and visual appearance. The body of the simulator is load-bearing and its parts are made entirely of composite materials (carbon fibre reinforced plastic). This solution reduces the number of structural elements, increases the speed of assembly and the rigidity of the structure (which improves the quality of the image projected onto the internal screen).
In order to achieve visual integrity and stability of the image, which is a problem with almost all aircraft simulators, the design project was based on the principles of architectonics: the ratio of bearing and bearing parts; the ratio, separation and synthesis of functional parts. The idea of the architectonics is based on the Ionic column as an image of stability and harmony. It is this that has defined something Greek and classical in the image of the aircraft simulator.
Exterior design: POGORELOV Design solutions
Engineering and production: Nanotechnology Centre for Composites Ltd. (NCC Russia Ltd.)
Engineering and production: Nanotechnology Centre for Composites Ltd. (NCC Russia Ltd.)
ABOUT THE PROJECT
The Aerotec flight simulator is a solution that ensures lightness, strength, stability and appropriateness of both design and visual appearance. The body of the simulator is load-bearing and its parts are made entirely of composite materials (carbon fibre reinforced plastic). This solution reduces the number of structural elements, increases the speed of assembly and the rigidity of the structure (which improves the quality of the image projected onto the internal screen).
In order to achieve visual integrity and stability of the image, which is a problem with almost all aircraft simulators, the design project was based on the principles of architectonics: the ratio of bearing and bearing parts; the ratio, separation and synthesis of functional parts. The idea of the architectonics is based on the Ionic column as an image of stability and harmony. It is this that has defined something Greek and classical in the image of the aircraft simulator.
Exterior design: POGORELOV Design solutions
Engineering and production: Nanotechnology Centre for Composites Ltd. (NCC Russia Ltd.)
The Aerotec flight simulator is a solution that ensures lightness, strength, stability and appropriateness of both design and visual appearance. The body of the simulator is load-bearing and its parts are made entirely of composite materials (carbon fibre reinforced plastic). This solution reduces the number of structural elements, increases the speed of assembly and the rigidity of the structure (which improves the quality of the image projected onto the internal screen).
In order to achieve visual integrity and stability of the image, which is a problem with almost all aircraft simulators, the design project was based on the principles of architectonics: the ratio of bearing and bearing parts; the ratio, separation and synthesis of functional parts. The idea of the architectonics is based on the Ionic column as an image of stability and harmony. It is this that has defined something Greek and classical in the image of the aircraft simulator.
Exterior design: POGORELOV Design solutions
Engineering and production: Nanotechnology Centre for Composites Ltd. (NCC Russia Ltd.)
ABOUT THE PROJECT
The Aerotec flight simulator is a solution that ensures lightness, strength, stability and appropriateness of both design and visual appearance. The body of the simulator is load-bearing and its parts are made entirely of composite materials (carbon fibre reinforced plastic). This solution reduces the number of structural elements, increases the speed of assembly and the rigidity of the structure (which improves the quality of the image projected onto the internal screen).
In order to achieve visual integrity and stability of the image, which is a problem with almost all aircraft simulators, the design project was based on the principles of architectonics: the ratio of bearing and bearing parts; the ratio, separation and synthesis of functional parts. The idea of the architectonics is based on the Ionic column as an image of stability and harmony. It is this that has defined something Greek and classical in the image of the aircraft simulator.
The Aerotec flight simulator is a solution that ensures lightness, strength, stability and appropriateness of both design and visual appearance. The body of the simulator is load-bearing and its parts are made entirely of composite materials (carbon fibre reinforced plastic). This solution reduces the number of structural elements, increases the speed of assembly and the rigidity of the structure (which improves the quality of the image projected onto the internal screen).
In order to achieve visual integrity and stability of the image, which is a problem with almost all aircraft simulators, the design project was based on the principles of architectonics: the ratio of bearing and bearing parts; the ratio, separation and synthesis of functional parts. The idea of the architectonics is based on the Ionic column as an image of stability and harmony. It is this that has defined something Greek and classical in the image of the aircraft simulator.