
The difference between fear and respect on a motorcycle
Fear comes from not understanding what's happening beneath you. Respect, from understanding it and choosing your limits. We explain why knowledge transforms the way you ride and where the Gravitati...
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Staying connected to the ground
"The mission of the wheel is simple: to stay glued to the ground." What happens when the tire loses contact and why Oversuspension prevents it. By Nicola Bragagnolo.
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Your body on a motorcycle releases 5 chemicals that transform your mood: dopamine, adrenaline, endorphins, oxytocin, and serotonin. But when fear strikes, the body switches from pleasure mode to su...
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On the road, there are no escape routes. Discover why control, traction, and keeping the tire glued to the asphalt can make the difference between avoiding an accident and suffering its consequences.
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Aquaplaning: what happens before you lose control
Rain doesn't suddenly remove grip. It does so in stages. The most dangerous is when the tire starts to vibrate before losing contact. Oversuspension acts at that precise moment, in antiphase, pushi...
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The rear wheel belongs to the unsprung mass group and its mission is to remain in contact with the ground. When it loses grip, skids, fishtailing, highsides, and oversteer occur. Oversuspension pre...
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Passive safety, active safety, and Oversuspension: where each one fits
The helmet and airbag act during an accident; the ABS when you lose control. Oversuspension works a step earlier: it keeps the tire on the ground, the condition that active safety needs to function.
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The motorcycle's natural pitch center is the swingarm pivot. During the phase when the wheel lifts off the ground, the pitch center migrates towards the front wheel. When the swingarm fully extends...
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The price of the rebound: what it costs you in money, in safety, and in your own body
Rear-wheel bounce comes with three invisible costs: wear and tear on tires, drivetrain, and suspension; loss of traction, braking, and stability; and the physical fatigue the vibration leaves in yo...
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Why did nature solve this before engineering
The peregrine falcon applies aerodynamics it never studied. We explain why physics works whether we understand it or not, and how changing the point of observation solved the tire bounce.
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Resonance: the force that collapses bridges and the one that keeps you glued to the ground
Resonance destroyed the Tacoma Narrows Bridge in 1940. The same physical principle, in anti-phase, is what keeps your tire glued to the road. Here is how.
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