Designed using Liv’s 3F Design Philosophy to maximize women’s muscle performance and efficiency
Explore Beyond Boundaries.
Vall E+ Pro
EPIC RIDES ARE NOW WITHIN REACH - ACCESS THE MOUNTAINOUS ADVENTURES OF YOUR DREAMS.
Whether you’re looking to ride faster, go farther or gain fitness, Vall E+ Pro will take you beyond boundaries. Adjust your riding mode with the handlebar-mounted RideControl Ergo, which connects to an app so you can see your ride information, such as battery level and support level. Vall E+ Pro features the top end SyncDrive Pro motor, which offers six levels of assistance, ranging from 100-360%, including Smart Assist mode. Designed to match you with just the right wheel size for balance and maneuverability, XS and S frames come with 27.5-inch wheels, while M and L frames give riders 29-inch wheels. Combining a smooth, integrated battery and powerful motor design, Liv’s 3F Design Philosophy provides an efficient ride. A 120 mm suspension fork and seamless power integration allow you to get to the trailhead faster and climb steeper routes, so you can enjoy the vistas and descents.
Learn more about E-bikes: E-bike Riding and Info Guide
Key Performance Factors
Accessible and Reliable
Access to new trails and experiences is easily within reach thanks to the 200 km range of the ultra-reliable EnergyPak Smart 625Wh battery. The SyncDrive Pro motor, powered by Yamaha, delivers 80Nm of torque and has six speed control settings, ranging from 100-360%.
Integrated Design
Along with the integrated speed sensor, the EnergyPak Smart battery is integrated into the downtube and easily accessible.
Smooth Riding
Smart Assist Technology smooths out bumps along the ride, and RideControl ONE controls are easy to access and use on the handlebar to select pedal assist functions and view battery levels.
Technologies & Features
3F: Fit, Form, Function
Fit, Form, and Function — Liv’s data-driven approach to building bikes for women.
Fit: Liv analyzes data on human body dimension, muscular strength and muscular activity, then considers the type of riding the rider will be doing, to build a frame that is fine-tuned through athlete feedback cycles with the goal to fit as many women as possible.
Form: The bike’s outlook takes the form with the intention to create a strong bond between the rider and the bike. The designers match the performance level of the bike with a beautiful and inspiring outlook.
Function: The componentry of the bike is carefully selected and the composite layup is uniquely crafted to give the rider an unprecedented performance edge and comfort
ALUXX SL Aluminum Technology
This High-Performance level, state-of-the-art aluminum material is made predominantly from 6011 alloy and delivers best-in-class strength-to-weight ratios. These framesets also feature unique welding technologies for a high-performance ride quality.
Hybrid Cycling Technology
Hybrid Cycling Technology is a system that combines electric power with human power to produce the most efficient, powerful and natural E-bike riding experience. It’s a seamless extension of a rider’s own power that sets Liv and Giant E-bikes apart from other “electric” bicycles. The system consists of four key innovative technologies that work in unison with your own body’s power output—a seamless extension of your own capabilities.
RideControl ERGO
RideControl Ergo takes your E-bike riding experience to new levels with smart integration buttons for clean and simple display-free handlebar controls. Ergonomic and accessible while riding, easy-to-push buttons let you select your power mode and Walk Assist.
Smart Assist
With Smart Assist you can enjoy seamless acceleration and power boost. The Smart Assist Technology system replicates a natural riding style, using the six sensors to add assistance exactly when needed.
SyncDrive Pro
SyncDrive Pro powered by Yamaha is designed for high-performance E-bike riding. Liv tuned the motor to make it more powerful, producing a performance-oriented riding style. The lightweight, compact SyncDrive Pro motor is used primarily on Liv’s high-performance models.
