SANTA CRUZ, Calif., Feb. 19, 2013 /PRNewswire/ -- Zero Motorcycles, the global leader in the electric motorcycle industry, today announced the release of its highly anticipated mobile application for Apple iOS and Android devices. The "Zero Motorcycles" app is the world's first mobile application with the ability to control the performance characteristics of a production motorcycle. Connected via Bluetooth, the motorcycle pushes live, or archived, information from the motorcycle to the app on the rider's mobile device. Featuring two basic modes, the app displays either a customizable riding dashboard or statistical data about the motorcycle. Riders can customize the riding dashboard with options such as percentage state of charge, torque, drivetrain component temperatures, battery amps and more. When parked, owners can view a lifetime of information about the motorcycle and have access to compelling statistics such as how much gas money they have saved. "The Zero Motorcycles app marks the first time in history that a production motorcycle's top speed, torque and regenerative braking can be easily adjusted by an owner in seconds. Not only is it fun, it also results in a riding experience that is truly customized to meet the unique needs of every individual," said Scot Harden, Vice President of Marketing for Zero Motorcycles. "We encourage interested fans to download the app, play with it in Demo Mode and then schedule a test ride with their local dealer so that they can truly appreciate the Zero Motorcycles experience." Once paired to a motorcycle, owners can begin customizing settings and feeling good about a host of compelling economical and ecological reasons to ride electric everyday. Among the customizable settings are fields to enter the owner's cost of electricity, cost of a gallon of gas and the miles per gallon of their alternative vehicle. To bring a little extra joy to every ride, the app uses this information to calculate statistics, such as how much money has been saved on gas, the unbelievably low cost of energy consumed per mile and how much CO2 has been prevented from being released into the atmosphere.