SYN Saddle Capilano Urban Gel Sort S/M

Urban Gel Saddle

Varenr: 309799
Alt. varenr: 2882350001007
SYN Saddle Capilano Urban Gel Sort S/M Urban Gel Saddle
Veil.699,-

KEY FEATURES

  • Designed for Urban upright riding
  • Maximum comfort with rear bridge
  • PU and Gel for maximum comfort

 

 

Our Urban saddle has been completely redesigned to offer a whole new level of comfort and support. Scientific studies with our ergonomics partner Gebiomized produced the shape and influenced the design. The construction utilizes a bridge to evenly distrubute shocks around the saddle for a supremely comfortable ride. This saddle utilizes 3D Gel padding which reduces pressure on the genital area to provide the maximum level of comfort through better weight? distribution across its entire surface. The Urban range differentiates from the Trekking range in rider position, the Urban range being designed for the more upright position of these bikes (typically 75-90 degree back angle).

 

 

  • RANGE OF USE

    Urban

  • BASE

    Glass Fiber Reinforced Composite

  • RAILS

    7.2x7.2mm Cr-Mo

  • FOAM

    Polyurethane + Gel

  • COVER

    Flex.tex

  • SHAPE

    Channel

  • DIMENSIONS

    253x170mm / 255x190mm

  • WEIGHT

    538g (size 170mm)

  • FEATURES

    Unisex saddle offering a large contact area, proper damping and support in the rear part of the saddle with an adequate transition to the saddle nose
    Shape is optimized for an upright position of approx. 75°-90 of back angle (relation to horizontal)
    Scientifically developed from extensive rider testing with our ergonomics partner Gebiomized
    Special construction that allows the rails to be suspended from the saddle base
    Distributes the weight and shocks all around the perimeter of the saddle for a more comfortable ride
    Pressure relief channel provides more comfortduring the rides
    Strengthened Cr-Mo rails ready for e-bike use
    Padded with PU foam and Gel
    This 3D Gel padding reduces pressure on the genital area to provide the maximum level of comfort through better weight? distribution across its entire surface

 

 

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