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1- Model the Electrical System 2- Improve Voltage Regulation / Protection Circuits. 3- Add Parallel-Series Ultra-Capacitor Switching Circuit. 4- Combine the Fragmented Control System. 5- Add Variable Throttle / Regenerative Brake Control. 6- Add a Clutch to the current Motor System. The XOOTER The Members Jaeheung Park Jonathan Teske Colin Gordon Majed Alateeq Design Specifications High Efficiency • Over 50% total system efficiency Relatively Low Cost • Total Cost should be less than $750 Light Weight • Completed scooter should be under 20 lbs. net weight Energy Storage and Release • System must capture energy and store it in ultracapacitors provided by IVUS Human Input • Must have and intuitive human interface control system Easy to Use • Frame must be collapsible and must allow for use as a normal kick scooter Key Technologies Outrunner Ultracapacitors Brushless DC Motor Electronic Relays Electromechanical Clutch Atmel Microcontrollers The Sponsors Dr. Gregory Donohoe