HAMID PAYRO
BSc (Hons) PRODUCT DESIGN & TECHNOLOGY +44 (0) 7528 830 168 hpayro@hotmail.co.uk
A DEVICE TO AERODYNAMICALLY COOL MOTORCYCLISTS IN WARM TEMPERATURES OR CLIMATES 01
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EXPERIENCE
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‘15 O2 - Volunteer UX Designer ‘14 Rolls Royce Plc - Technical Engineer
The device uses airflow which is generated around the space of the outer shell of the helmet to be dragged into its vents located at either side. This allows fast pressurised air to enter the device where the air is cooled down.
Air is dispersed through specifically designed evacuation holes which evenly expels the cool air surrounding the upper back of the motorcyclist. The cool air travels within the motorcyclist's suit as he/she is travelling.
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Cool air is aerodynamically pressurised when it enters the product's vents, from here the air is transported via external pumps attached to the vents and dragged down to the lower section of the device where the cool pressurised air can exit within the users suit.
The device works without the need of batteries or any electronic charging capability, utilising aerodynamic and mechanical theory to convey cool air generated around the helmet to be transported within the motorcyclist’s suit.
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2017
LOUGHBOROUGH DESIGN SCHOOL
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