Our goal is to make every detail count, from the frame geometry to the technology that equips each model. And along the way, the arrival of the Fox Live Valve system has marked a before and after in the two-wheel experience.

What is Fox Live Valve?

Fox Live Valve is an electronic and automatic suspension system developed by the prestigious Fox brand, a world leader in damping systems. Unlike traditional suspensions, this system adjusts the compression and rebound of the fork and rear shock in real time depending on the terrain and riding conditions.

Its electronic brain analyzes the terrain a thousand times per second using sensors distributed throughout the bike—one on the fork, another on the frame, and, in some cases, also on the rear axle. In less than 3 milliseconds, the system decides whether to open or close the hydraulic valves to offer a firmer or softer suspension depending on the situation.

The result: an instant and precise response that improves traction, pedaling efficiency and control on all types of surfaces.

Key benefits of the Fox Live Valve system

- Automatic terrain adaptation

Whether climbing a technical gradient or descending at full speed, the system detects changes in inclination and terrain, adjusting the suspension without the rider having to move a single switch. This allows them to concentrate 100% on riding.

- Maximum efficiency in electric bikes

On a high-performance e-bike like the ones we manufacture at Bewatt, every watt counts. The Fox Live Valve system reduces energy losses during pedaling phases thanks to a firmer suspension at the right times. This makes better use of the engine and leg power.

- Smart technology, without complex maintenance

Although the technology is advanced, the system is designed to be easily integrated and reliable in all conditions. It also has a sealed, water- and dust-resistant control unit, ideal for intensive use in the mountains or in demanding conditions.

The future of suspension is here

Electronic suspensions represent a new era in cycling. They are the natural step towards smarter, more efficient, and more connected bicycles, capable of interpreting the terrain and reacting on their own.