2023 Specialized Turbo Vado SL 4.0 Step-Through

Meet the Vado SL. This super-light e-bike was designed to take on anything from daily commutes through urban landscapes to clocking even faster workouts. Need to carry your bike? No sweat. Weighing 40% less than the full-power Vado, there's no other electric bike out there with ride quality, range, and power like this. All you need to do is get on and go.

• Light Weight: Category-leading light-weight Turbo SL technology, optimized frame materials, design, and specification. Easy to lift onto a rack, carry up stairs, or ride nimbly around town.
• Comfortable & Confident: Body position and handling are optimized to deliver unsurpassed riding comfort, confidence, and control. Powerful hydraulic disc brakes reign in your speed, while larger tires provide maximum traction for turning and stopping.
• Turbo SL Technology: Advanced and integrated electric bike system delivering an unequaled combination of light-weight, natural feel, anti-theft functions, training tips, full-function bike computer, and ride anywhere range.
• Specialized SL 1.1 Motor: Custom lightweight motor with peak 240W / 35Nm and 2x rider amplification (180% assistance). Assist up to 28mph depending on your country.
• Long Range: Fully integrated 320Wh downtube battery with optional Range Extender compatibility. Up to 80 miles (130 km) or 6 hours (eco mode), or up to 120 miles (200 km) or 9 hours with range extender.
• Step-Through Frame: Easy on/off design for managing commuter traffic and everyday convenience.
• Premium E5 Aluminum Frame: Clean internal cable routing, fender/rack mounts, and reflective graphics for a sleek, purposeful look.
• SRAM NX 11-Speed Drivetrain: Reliable performance for the long haul with a wide-range 11-42t cassette.
• Pathfinder 38c Tires: Fast-rolling, high-grip Specialized Pathfinder Sport tires with proprietary Gripton rubber compound — as good on gravel as they are on pavement.
• Integrated Lighting: Extra-bright built-in front and rear lights for higher visibility in low-light areas.

The speed limit at which the motor will stop supporting may vary significantly by region and is based on local requirements. It may also affect range: a higher speed limit may result in less range.