Syncros CRESTON IC TRI LOW HANDLE BAR

254,90 €

254,90 € ~~299,90 €~~

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Color: Black Matt

Black Matt

Size: One size

One size

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Short description

The Creston iC TRI handlebar by SYNCROS has already been ridden by icons such as former Ironman world champion Sebastian Kienle.

Material property

Area of application

material

Range of use: Triathlon
Carbon UD: At SYNCROS mainly unidirectional carbon fibres are used. These show more tensile strength and modulus than woven carbon patterns. (Tensile strength is the amount of force needed to cause the fibres to break, while the tensile modulus is a measure of the carbon fibre's stiffness). This gives the ability to produce very light carbon products and to be one of the innovation leaders in the industry.
Compatible with SCOTT Plasma 6 bikes with internal cable routing
iC Integrated Cockpit
Low rise for a more aerodynamic and agressive position when riding on the base bar
Full carbon construction
Geometry: Base bar for Plasma 6
Weight: 360 g

Cycling

Eigenschaften: <ul>
<li>Range of use: Triathlon</li>
<li>Carbon UD: At SYNCROS mainly unidirectional carbon fibres are used. These show more tensile strength and modulus than woven carbon patterns. (Tensile strength is the amount of force needed to cause the fibres to break, while the tensile modulus is a measure of the carbon fibre's stiffness). This gives the ability to produce very light carbon products and to be one of the innovation leaders in the industry.</li>
<li>Compatible with SCOTT Plasma 6 bikes with internal cable routing</li>
<li>iC Integrated Cockpit</li>
<li>Low rise for a more aerodynamic and agressive position when riding on the base bar</li>
<li>Full carbon construction</li>
<li>Geometry: Base bar for Plasma 6</li>
<li>Weight: 360 g</li>
</ul>

Produktdetails

Eigenschaften: <ul>
<li>Range of use: Triathlon</li>
<li>Carbon UD: At SYNCROS mainly unidirectional carbon fibres are used. These show more tensile strength and modulus than woven carbon patterns. (Tensile strength is the amount of force needed to cause the fibres to break, while the tensile modulus is a measure of the carbon fibre's stiffness). This gives the ability to produce very light carbon products and to be one of the innovation leaders in the industry.</li>
<li>Compatible with SCOTT Plasma 6 bikes with internal cable routing</li>
<li>iC Integrated Cockpit</li>
<li>Low rise for a more aerodynamic and agressive position when riding on the base bar</li>
<li>Full carbon construction</li>
<li>Geometry: Base bar for Plasma 6</li>
<li>Weight: 360 g</li>
</ul>

Country/region