Elite Crono CX CARBON Aero Bottle Kit

Elite Kit Crono CX Carbon - 500ml aero bottle with carbon fibre cage. 

Kit Crono CX Carbon is a bottle and bottlecage kit designed and manufactured to ensure max aerodynamic properties, perfect for time trials and triathlon.
It's the most used by WorldTour teams bottle and bottlecage aerodynamic kit.

The bottlecage on the Kit Crono CX Carbon is made in a high resistance monocoque structure reinforced with carbon fiber which makes it possible to achieve extreme lightness and withstand max tensile loads.
The bottlecage adds no useless weight to your bicycle while cycling as it only weighs 26.4 gr.

Developed and tested in a wind tunnel
Multiple wind tunnel tests while designing it made it possible to streamline all surfaces in order to obtain unprecedented aerodynamic results.

The exclusive coupling system for bottle and bottlecage, developed ad hoc, makes for a stable and secure grip on the bottle even at high cycling speed, typical for time trials.

Aerodynamic finish
The bottle on the Kit Crono CX Carbon features a speed-effect finish, perfect to improve aerodynamic penetration while working out.
It's no surprise that this kit is one of the most used by pro triathlon athletes and most WorldTour teams.  

Liquid flow happens only with a slight touch of the hand on the bottle body, which is squeezable.
Features an air-tight nozzle to avoid and accidental liquid spill even when the bottle is upside down. It also ensures an unidirectional and copious liquid flow, about 47 ml/sec

Carbon bottle cage
The monocoque-structure of the Kit Crono CX Carbon's cage is reinforced with high resistance carbon fiber.

Carbon makes it possible to have a bottle cage that is very light yet able to withstand max tensile loads. The bottle cage adds no useless weight to your bicycle while cycling as it only weighs 26.4 gr.

- UCI approved: Kit Crono CX Carbon complies with the UCI provisions and has been chosen and used by the best Pro Teams in the world
- Perfect for triathlons: Ideal for triathlons, where weight and aerodynamic properties are key