Aerial Drift
Aerial Drift
2022
Partner: ESA
Product Design
Designed in collaboration with the European Space Agency (ESA) for the Parastronaut feasibility project, the Aerial Drift is a mobility-enhancing device tailor-made for parastronauts in microgravity environments. Doubling as a safety tool and a means of transport, this device addresses the needs of those who may struggle to traverse the station or future larger sections.
Designed in collaboration with the European Space Agency (ESA) for the Parastronaut feasibility project, the Aerial Drift is a mobility-enhancing device tailor-made for parastronauts in microgravity environments. Doubling as a safety tool and a means of transport, this device addresses the needs of those who may struggle to traverse the station or future larger sections.
Designed in collaboration with the European Space Agency (ESA) for the Parastronaut feasibility project, the Aerial Drift is a mobility-enhancing device tailor-made for parastronauts in microgravity environments. Doubling as a safety tool and a means of transport, this device addresses the needs of those who may struggle to traverse the station or future larger sections.
Design and Functionality:
The Aerial Drift is equipped with two handles, each containing an on/off button and a charging mechanism. These handles are connected by a hollow core that manages the device's air output. Inside each handle, a battery, a compact engine, and a high-power fan are housed, collectively producing a robust airflow to propel the user in the desired direction. The device offers two operational modes - a closed mode for single-handed operation and an open mode for a two-handed grip. The user intuitively controls the direction of movement by simply aiming the device.
Design and Functionality:
The Aerial Drift is equipped with two handles, each containing an on/off button and a charging mechanism. These handles are connected by a hollow core that manages the device's air output. Inside each handle, a battery, a compact engine, and a high-power fan are housed, collectively producing a robust airflow to propel the user in the desired direction. The device offers two operational modes - a closed mode for single-handed operation and an open mode for a two-handed grip. The user intuitively controls the direction of movement by simply aiming the device.
Design and Functionality:
The Aerial Drift is equipped with two handles, each containing an on/off button and a charging mechanism. These handles are connected by a hollow core that manages the device's air output. Inside each handle, a battery, a compact engine, and a high-power fan are housed, collectively producing a robust airflow to propel the user in the desired direction. The device offers two operational modes - a closed mode for single-handed operation and an open mode for a two-handed grip. The user intuitively controls the direction of movement by simply aiming the device.
Technical Specifications:
The handles of the Aerial Drift are 118 mm long, with a height and width of 30 mm. The propulsion core is 70 mm in diameter and 60 mm wide. With dimensions of 308 x 70 x 60 mm when open and 154 x 70 x 60 mm when closed, the device is designed for optimal airflow efficiency and minimized noise, significantly reducing air friction. Emphasizing compactness and weight reduction, the Aerial Drift is effortless to carry and convenient for constant use. The easy-to-use and enjoyable nature of the device promotes its regular use for both emergencies and efficient transportation within microgravity environments.
Technical Specifications:
The handles of the Aerial Drift are 118 mm long, with a height and width of 30 mm. The propulsion core is 70 mm in diameter and 60 mm wide. With dimensions of 308 x 70 x 60 mm when open and 154 x 70 x 60 mm when closed, the device is designed for optimal airflow efficiency and minimized noise, significantly reducing air friction. Emphasizing compactness and weight reduction, the Aerial Drift is effortless to carry and convenient for constant use. The easy-to-use and enjoyable nature of the device promotes its regular use for both emergencies and efficient transportation within microgravity environments.
Technical Specifications:
The handles of the Aerial Drift are 118 mm long, with a height and width of 30 mm. The propulsion core is 70 mm in diameter and 60 mm wide. With dimensions of 308 x 70 x 60 mm when open and 154 x 70 x 60 mm when closed, the device is designed for optimal airflow efficiency and minimized noise, significantly reducing air friction. Emphasizing compactness and weight reduction, the Aerial Drift is effortless to carry and convenient for constant use. The easy-to-use and enjoyable nature of the device promotes its regular use for both emergencies and efficient transportation within microgravity environments.
The Aerial Drift earned recognition at the 2022 Milan Design Week, where it was showcased and won an award. It was also featured in the June 2022 edition of the Italian Focus Magazine.
The Aerial Drift earned recognition at the 2022 Milan Design Week, where it was showcased and won an award. It was also featured in the June 2022 edition of the Italian Focus Magazine.
The Aerial Drift earned recognition at the 2022 Milan Design Week, where it was showcased and won an award. It was also featured in the June 2022 edition of the Italian Focus Magazine.
Scenario
Scenario
©Jisoo Kim 2023