Sunday, August 7, 2011

ELECTRIC MOTION E+ CRUISER ELECTRIC BIKE 1000 WATT

ELECTRIC MOTION E+ CRUISER ELECTRIC BIKE 1000 WATT Review



E+ Cruiser Electric Bike stands for Excellence - in design, engineering, performance, and quality. The E+ Cruiser offers the sleek and elegant lines of a cruising electric bike, sophisticated and inviting to the eye. Underneath lies the new and proprietary Electric Motion Systems' electric propulsion and control system, available only on E+ electric bikes - state-of-the-art, powerful, and reliable. Together, the look and feel of an elegant traditional cruising bike combined with advanced engineering excellence and performance. Apply as much or as little effort as you wish with a simple push of the throttle - E+ electric bike does the rest automatically. Unlike other electric bicycles that feel like complex machines, the E+ electric bike is both high-tech and utterly familiar. With the speed and effort you choose and with head turning styling, let the E+ electric Cruiser expand your world. Tech: Maximum Speed: 30 mph (1000 Watt Motor), 25 mph (750X WattMotor), 20 mph standard (750 Watt Motor, on-road, DOT regulations) Vehicle Range: Electric power only: 20 miles on a single charge; with moderate pedaling: 40+ miles Power Output: Proprietary Electric Motion Systems' hub mounted brushless permanent magnet electric motor. All power and control electronics inside. 1000 watts optional, 750 watts standard. 1000 watts maximum resistance (in full exercise mode) Torque Output: Computer controlled with throttle input, nineteen user selectable riding modes, Max: 85 Nm Battery Pack: Proprietary Electric Motion Systems' hub mounted 36V 10AHr battery pack with Battery Management System and all electronics inside. Battery life: 500+ charging cycles Stability: Hub mounted motor and battery provide low center of gravity and excellent stability Display & Vehicle Controller/Security Key: Shows speed, distance traveled, battery capacity, cruise control function and 19 riding modes, advanced software algorithms, functions as ignition and s


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