Entropia — carbon road cycling saddle
A chain of choices
An oversized rail platform
ALA MONOCOQUE
Wings of carbon under wings of bone. ALA mirrors the pelvis it supports, spreading its weight outward through a wide, flared base.
Compliance, load, feel, all tuned in tandem. The rails don’t just hold the shell. They belong to it.
A quiet between layers
DISIPA INTERFACE
Engineered rubber cast between the shell and rails, like the mounts beneath an engine.
Fatigue is vibration, collected over hours. Disipa collects it first. What never reaches you can never wear you down.
A stitch in time
TRAMA INTERLAMINAR
Strength that weighs nothing. Carbon nanotubes spliced between every layer, narrower than light, zero grams heavy.
Carbon loses stiffness over time. This one defeats its entropy.
A perfect void
CESURA RELIEF
Not cut away, composed. Wide enough to release you, narrow enough to carry you.
Hold the drops and stay folded. The fastest position is the one you don’t need to leave.
A perch for climbers
FURCULA SPRING
In birds, the furcula is the spring at the heart of the skeleton, storing and releasing energy during flight.
Fused into the tip at the same apex, Entropia’s rails flex under load and strengthen the thoracic frame of the nose. Saving energy and easing the pressure when leaning on steep climbs.
A hidden structure beneath what is visible.
Carbon composites fail at the interlaminar boundary, where forces concentrate and delamination begins. It is also where they age: micro-damage accumulates ride after ride degrading its stiffness. Order surrendering to disorder.
Trama Interlaminar™ places carbon nanotubes at that boundary — too fine to see, woven between every layer — binding the laminate against its own decay. Thirty percent more resistance to delamination. Zero added weight.
Carbon nanotubes narrower than light, woven between every layer.