Bi-Direction Pure Profile Panels:
The smoothest and 3d correct shape we've ever created allowing the smoothest transition between the segmented leading edge and curved canopy.
Forward Drive:
The Motoβs unique profiles combined with the reduced coning of the arc shape allow the Moto to fly incredibly fast through the wind window.
No Pulley Bridle:
Light, simple and responsive. No pulleys provides incredible feedback.
Direct Steering:
Bar input immediately translates into kite adjustment.
Ultra HT:
Developed exclusively for kite leading edges, this is a strong, stable, and exceptionally responsive material.
Ultra HT reduces the weight of the leading edge and struts while boasting incredibly low elongation and response.
A unique and proprietary coating process increases durability and performance unlike anything you have felt before.
Featherlite Bladders:
The all new Apex bladders are not only 22% lighter than standard bladders, they are also through controlled elongation, able to work in harmony with UltraHT to increase response and speed of turning of the kite.
Nano Ripstop Canopy:
Nano Ripstop is a 55 g/m2 material with a 3mm double rip stop pattern. This micro rip stop material in unison with a newly developed coating, has given us a 2X increase in the canopyβs tear strength.
A smaller rip stop pattern increases the amount of βcellsβ in any given panel.
Apex Bridles:
Cabrinha's new apex bridles are thinner and have lower elongation that optimizes efficiency and steering.
The reduced diameter lines increase airflow efficiency as airflow passes between the lines.
Sprint 3.0 Inflation System:
The Sprint 3.0 inflation system increases air flow from leading edge to the strut. The straight and angled valves allow for no kinking of the inflation tube.
It's secure fit design also allows for easy maintenance.
Bulletproof Bumpers:
These Durable TPU bumpers are strong, lightweight and durable. They crossover protecting the canopy to LE sewing.
A new manufacturing process helps with abrasion when the kite is resting on a hard surface.