Your credit
92 cm²: The only patch of rubber separating you from the asphalt
For most people, a motorcycle means power, sound and freedom. But for those who understand dynamics, it is above all something far smaller and more fragile: two credit-card-sized patches of rubber on the asphalt, carrying all the weight, speed and forces generated in motion.
92 cm² in total. Less than the palm of your hand.
On this ridiculously small surface, everything converges: braking, cornering, acceleration and stability. It is what keeps you upright instead of on the ground, the only real point of contact between you and the world — and it is far more fragile than it appears.
A tire is not static. It flexes. And when it flexes, it disappears.
Here's what very few people know.
A tire does not remain still as it rolls. The inherent elasticity of the rubber makes it rebound upwards with every imperfection in the terrain: every crack, bump and change in asphalt texture. That is its nature. That is physics.
The problem is what happens during that rebound.
For a few milliseconds, the tread deforms upwards and you lose half of the contact patch. The central section of the rubber lifts. Grip drops. Yet you continue at the same speed, through the same curve, with the same confidence in a motorcycle that, for that instant, has far less grip than you believe.
You do not feel it. You do not see it. No dashboard warning tells you it is happening.
It simply happens — thousands of times per kilometre.
The problem is not the tire. It's what happens between the tire and the ground.
For decades, the industry has worked to improve compounds, tread patterns and internal tire technology — and it has made great progress. Yet the underlying problem remains the same: no one controlled what happened in that contact patch in real time.
Traditional suspensions work with information that reaches the chassis. They react only after movement has already occurred. By the time conventional electronics detect a loss of grip, the rubber has already lost contact with the asphalt.
At Oversuspension, we work precisely in that interval — in the milliseconds no one sees. Because it is there, in that invisible space between rubber and road, that control is either preserved or lost.
The contact surface between your motorcycle tires and the ground is similar to that of two credit cards. Your safety depends on 92 cm². The upward elasticity of your tire means that, for milliseconds, you lose half of your tread. You do not notice it, but it happens thousands of times per kilometre. Oversuspension acts where you cannot.
