2008. MÖÖF IS AN E-BIKE THAT CAPTURES THE CHARM OF CLASSICAL MOPEDS. NOT HAVING PEDALS MAKES IT POSSIBLE FOR THIS RUNNING BIKE TO HAVE A MAINTENANCE-FREE REAR HUB-MOTOR WITHOUT ANY COMPLICATED GEARING MECHANISMS. FURTHER INNOVATIONS INCLUDE THE ALUMINIUM-FOAM FRAME, WITH INTEGRATED FEATURES SUCH AS THE LITHIUM-POLYMER-BATTERY. THE FOOTREST ALSO CAN BE USED AS AN IMMOBILIZER WHEN THE BIKE IS NOT IN USE. THE TIRES FULLY SUSPEND. BACHELOR THESIS WITH MARIO ORTU.
2008. MÖÖF IS AN E-BIKE THAT CAPTURES THE CHARM OF CLASSICAL MOPEDS. NOT HAVING PEDALS MAKES IT POSSIBLE FOR THIS RUNNING BIKE TO HAVE A MAINTENANCE-FREE REAR HUB-MOTOR WITHOUT ANY COMPLICATED GEARING MECHANISMS. FURTHER INNOVATIONS INCLUDE THE ALUMINIUM-FOAM FRAME, WITH INTEGRATED FEATURES SUCH AS THE LITHIUM-POLYMER-BATTERY. THE FOOTREST ALSO CAN BE USED AS AN IMMOBILIZER WHEN THE BIKE IS NOT IN USE. THE TIRES FULLY SUSPEND. BACHELOR THESIS WITH MARIO ORTU.
2008. MÖÖF IS AN E-BIKE THAT CAPTURES THE CHARM OF CLASSICAL MOPEDS. NOT HAVING PEDALS MAKES IT POSSIBLE FOR THIS RUNNING BIKE TO HAVE A MAINTENANCE-FREE REAR HUB-MOTOR WITHOUT ANY COMPLICATED GEARING MECHANISMS. FURTHER INNOVATIONS INCLUDE THE ALUMINIUM-FOAM FRAME, WITH INTEGRATED FEATURES SUCH AS THE LITHIUM-POLYMER-BATTERY. THE FOOTREST ALSO CAN BE USED AS AN IMMOBILIZER WHEN THE BIKE IS NOT IN USE. THE TIRES FULLY SUSPEND. BACHELOR THESIS WITH MARIO ORTU.
2008. MÖÖF IS AN E-BIKE THAT CAPTURES THE CHARM OF CLASSICAL MOPEDS. NOT HAVING PEDALS MAKES IT POSSIBLE FOR THIS RUNNING BIKE TO HAVE A MAINTENANCE-FREE REAR HUB-MOTOR WITHOUT ANY COMPLICATED GEARING MECHANISMS. FURTHER INNOVATIONS INCLUDE THE ALUMINIUM-FOAM FRAME, WITH INTEGRATED FEATURES SUCH AS THE LITHIUM-POLYMER-BATTERY. THE FOOTREST ALSO CAN BE USED AS AN IMMOBILIZER WHEN THE BIKE IS NOT IN USE. THE TIRES FULLY SUSPEND. BACHELOR THESIS WITH MARIO ORTU.
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Thomas Demharter
CAD - Designer at KKN Ingenieurbüro GmbH & Co. Munich, Germany