‘soccket’: the energy-harnessing soccer ballimage courtesy uncharted play

 

 

weighing about 30 grams heavier than a standard soccer ball, ‘soccket’, the energy harnessing soccer ball by uncharted play,is constructed from a custom water-resistant EVA foam that is both durable and soft to the touch. the solid construction eliminates the need for air pumps as well as the risk of puncture and deflation from rough terrain. a pendulum-like mechanism insidecaptures the kinetic momentum generated during play, and stores this energy inside the ‘soccket’ for later use as an off-grid power source. just 30 minutes of play can power a simple LED lamp for 3 hours. designed and assembled in the USA, the project is currently being piloted in select resource-poor areas of north and south america and is currently seeking funding on kickstarter.

 

 

detail of the valve for the LED connectionimage courtesy uncharted play

 

 

soccket: the energy harnessing soccer ball

detail of the valve for the LED connectionimage courtesy uncharted play

 

 

soccket: the energy harnessing soccer ball

user contextimage courtesy uncharted play

 

 

soccket: the energy harnessing soccer ball

the ‘soccket’ being used as a lighting sourceimage courtesy uncharted play

 

 

soccket: the energy harnessing soccer ball

infographicimage courtesy uncharted play

 

 

soccket: the energy harnessing soccer ball

ideation sketches