Where does the sensor go on the Oversuspension?

No sensors, no control unit, no battery. We explain why the Resonator's mechanical response reaches where no electronic chain can, and why that design choice enables a lifetime warranty.

It looks more like a weapon than a suspension

The Oversuspension Gravitational Resonator works on the same principle as a gun: preload, free mass, and firing. We explain where they are similar, where the analogy breaks down, and why that is pr...

Same problem, on the other wheel

You accept the steering damper without question: a specific device for oscillations that the fork does not manage. The rear wheel has the same problem and had been without a solution for decades.

Frequency and regulation

Learn how to adjust the frequency of the Oversuspension Gravitational Resonator according to the terrain. Hz regulation guide for maximum grip on your motorcycle.

Oversuspension system

How Oversuspension works: it takes the energy from the impact, stores it, and returns it to push the tire against the ground. The physics of the Resonator, explained.

Why a Gravitational Resonator is not a mass damper

A mass damper attenuates vibrations through passive and symmetrical resonance. The Gravitational Resonator generates an active, directed force thanks to the ballistic component of its mass in free ...

Don't call me Mass Dumper

There is a term that the world of engineering has been using for decades to describe devices that add mass to a system to reduce vibrations. I am not that. I am a Gravitational Resonator. And the d...