Boots OSMOS 10 WHITE
Combined with Time pedals and cleats, the bioposition is about 22,5mm which allows maximum efficiency from this combination of products.
|Construction lower||Sensor 2 Mono material|
|Lacing system||1 Boa IP1|
|Construction upper cuff||Microfiber, PU and Textile|
|Sole||Polyamide + 20% carbon fibers|
|Closing system||Boa® Fit System IP1 dials|
When comfort and performance meet
Last and upper structure
Inner sole structure, Sensor 2 system
The cycling footwear market offers many solutions that revolve principally around stiffness. However, we prioritize our focus on the importance of fit. Our goal was to maintain uncompromised rigidity while also limiting muscular fatigue. We use a specifically designed foam material to deliver a long--lasting damping effect. This foam and the footbed design comprise the Sensor 2 system. This interface is especially active in the metatarsal area of the foot in order to limit the amount of vibrations to which feet are subjected during pedaling.
The Sensor 2+ inner sole is specific to the OSMOS 15 shoes. We added high-density EVA inserts in the metatarsal zone, in order to optimize power transfer. This sole is more rigid than the OSMOS 10’s and OSMOS 12’s soles, which are more finely tuned for comfort.
We utilize a range of materials to craft a supportive upper structure that offers exceptional breathability, impeccable durability, and an overall lightweight shoe.
We designed each out sole with performance and comfort in mind. From the full carbon version found on the OSMOS 15 to the carbon and composite versions of other models, each outsole provides a balanced solution in termes of weight stiffness and comfort.
Osmos 15 - 100% CARBON
Osmos 12 - COMPOSITE WITH 20% CARBON FIBER and 100% CARBON INSERT
Osmos 10 - COMPOSITE WITH 20% CARBON FIBER
Minimal bioposition with TIME's cleats, pedals and shoes association
Bioposition refers to the distance between the outsole and the pedal spindle. A minimal bioposition improves pedaling efficiency and power transfer. With the combination
of TIME’s cleat, pedal, and shoe, TIME offers one of the most minimal biopositions on the market.
All TIME shoes are compatible with other pedals, without the need for any adaptors.
Boa® Fit System
Delivering fit solutions purpose-built for performance, the Boa® Fit System is featured in products across industries (in medical, sports and workwear) and consists of three integral parts: a micro-adjustable dial, a super-strong lightweight lace and low friction lace guides. Each unique configuration is engineered for effortless precision delivering a connected, fast, customized and durable fit, and is backed by The Boa Guarantee.
We developed our shoes in the Rossignol Group’s research and development center
in Montebelluna, Italy, the global capital of sporting shoes. Our facility in Montebelluna has 40 years of experience in the athletic footwear field, of which the last 15 years have been dedicated to the use of carbon fiber as the primary material.
The strength of this facility lies in its experience and knowledge about athletic footwear
of varying disciplines. The center’s immense database possesses more than 3,000 three-dimensional foot scans of every type of athlete imaginable, which makes for a massive
data pool from which to develop modern lasts. Also, every step in the research, design, and development processes are conducted in the same place. These include biomechanical foot studies, product conception and iterative prototyping, production, follow-up testing, and product deployment. The facility’s control of each step of the creative cycle yields.
An exceptionally high level of quality control and delivers the very best products in the world.