• application: Triathlon
  • frame material: Carbon
  • size: XS, S, M, L
  • Art. No: 186410


  • frame Aerium C:68 Monocoque Advanced Twin Mold Technology, Twin Head Tube
  • size XS, S, M, L
  • fork CUBE Aerium C:68 Aero, Full Integrated
  • brake system Magura RT Aero Carbon, Hydr. Rim Brake
  • colour carbon´n´red
  • seat post CUBE Aerium C:68 Aero
  • bar extensions Profile Design T5+ Carbon
  • CUBE C:68 Cockpit System
  • weight 2,5 kg


Geometry Seat Tube Top Tube Horizontal Seat Tube Angle Head Tube Angle Chain Stays Head Tube Wheelsbase BB-Height<br> to Hub Reach Stack
  • Info
  • XS
  • S
  • M
  • L


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  • Icon of CUBE technology Advanced Twin Mold
      • Image of CUBE technology Advanced Twin Mold
      • Advanced Twin Mold

        This technique uses a complete core to provide the perfect frame form during the lay-up process. As with the Twin Mold technology, precise inserts are used to ensure extra strength at high-stress frame points. This combination offers maximum control over fibre orientations during the lay-up and production process. The Advanced Twin Mold high-tech carbon manufacturing process translates to outstanding product safety and quality together with optimum weight and stiffness characteristics.

  • Icon of CUBE technology Aerodynamic System
      • Image of CUBE technology Aerodynamic System
      • Aerodynamic System

        Perfect aerodynamics and geometry adjustment characterize this package to the smallest detail the light and stiff Advanced Twin Mold carbon frame with horizontal dropouts is designed for the use of electronic circuit components to minimize air resistance. Battery and cable are hiding elegantly in the framework and also the brakes fit perfectly together with the Aerium Super HPC carbon fork.

  • Icon of CUBE technology C:68 Carbon Fiber Technology
      • Image of CUBE technology C:68 Carbon Fiber Technology
      • C:68 Carbon Fiber Technology

        CUBE?s highly innovative new C:68 carbon fibre technology allows us to build better bikes than ever. Typically,
        carbon fibre frames are around 60% carbon fibre, with the rest being the resin that bonds the fibres together. By distributing carbon fibres evenly, we can make thinner layers within the frame and reduce the amount of resin. Those fibres are a mixture of Ultra High Modulus, High Modulus Spread Tow and Intermediate Modulus carbon, each chosen for the needs of the particular area of the frame. Nanoparticles within the resin itself allows it to be distributed more evenly when under pressure in the frame mould. The result is a range of frames with 68% carbon fibre ? lower weight, higher stiffness, more fun.

  • Icon of CUBE technology Frame Safe System
      • Image of CUBE technology Frame Safe System
      • Frame Safe System

        To protect our high-end aluminium frames from damage, they are built with the CUBE Frame Save System replaceable derailleur hanger. The mounting thread is in the hanger and not in the frame as usual. In case of a crash, this hanger can be easily and quickly replaced by a new one.

  • Icon of CUBE technology Full DI2 Integration
      • Image of CUBE technology Full DI2 Integration
      • Full DI2 Integration

        Trough the full Di2 Integration the Dura Ace Di2 battery is completely fitted within the frame. The Shimano junction box is placed aerodynamically in the stem which makes charging and servicing a lot easier as it can be done via the junction in the stem. Another distinct feature is that it can be easily dismounted and mounted for transporting the bike.

  • Icon of CUBE technology Integrated Cable Routing
      • Image of CUBE technology Integrated Cable Routing
      • Integrated Cable Routing

        Internally routed cables offer many advantages. Cables are protected from dirt for longer life, weight is saved thanks to the absence of external housing and the bike has a clean, sleek appearance.

  • Icon of CUBE technology Press Fit BB
      • Image of CUBE technology Press Fit BB
      • Press Fit BB

        With Press Fit bearings, the bottom bracket bearings are pressed directly into the frame and not screwed in as usual. This gives a wider bottom bracket shell and allows us to build a wider down tube and more broadly-spaced chainstays. Every millimetre of additional width gives a significant improvement in lateral stiffness.

  • Icon of CUBE technology Wet Paint Surface
      • Image of CUBE technology Wet Paint Surface
      • Wet Paint Surface

        On polished, brushed aluminium and all HPC frames, the logos and graphics are applied in multi-layer wet paint. We use this surface treatment technology mainly to save weight.

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