Turbo Vado 5.0

The Specialized Vado is a high-performance electric transportation bike designed to get you where you're going with speed, reliability, and confidence. Whether commuting to work, heading to the gym, or carrying cargo, the Vado's full power and huge range deliver efficient point-to-point transportation. At the heart of the Vado is its Turbo technology, an advanced integrated electric bike system that combines power, natural feel, anti-theft functions, training tips, and a full-function bike computer. The Turbo Full Power system senses the force you apply to the pedals and naturally quadruples it, making hills and long distances effortless. Body position and handling are optimized for unsurpassed riding comfort, confidence, and control. Powerful hydraulic disc brakes manage your speed, while larger tires provide maximum traction for turning and stopping. An 80mm front suspension fork, higher volume tires, and a plush suspension seat post smooth harsh bumps throughout your ride. The Vado features integrated anti-theft security with the ability to disable the motor via the Specialized app or personalized PIN. The battery locks into the bike or can be easily removed and taken with you. If anyone attempts to move your bike, an alarm will sound. The Turbo Full Power 2.2 motor and 710Wh battery provide smooth, seamless, and quiet amplification up to 28 mph. The MasterMind display reveals all relevant ride information and allows real-time tuning of support levels, seamlessly integrating with the Specialized app for range optimization, advanced tuning, and on-ride diagnostics. An integrated Garmin Radar sensor alerts you when traffic approaches from behind, detecting cars up to 140 meters away with visual, audible, and haptic alerts. The bike comes equipped with DRYTECH fenders, LED front and rear lights, and a 27kg capacity rear HD rack compatible with child bike seats and thru-axle trailers. With ride-anywhere range, the Vado delivers up to 75 miles or 5.5 hours on a single charge in eco mode. The speed limit at which the motor stops supporting may vary by region based on local requirements and may affect range.