Cabrinha HI:Rise Speed Kite Foil 2019

£769.00

The new Cabrinha Hi-Rise Speed Foil wing is a moderate aspect wing with a faster profile made for speed. This kite foil wing is designed for speed and stability when freeriding and stops short of being a full blown racing wing. That being said, hold on because this wing will go as fast as you want to ride.

Design details

PERFORMANCE FREERIDE FOIL

MAST SIZES: 40 / 60 / 85

Compatible with Cabrinha Double Agent / X:Breed Foil

DESIGN PROFILE
Medium Aspect ratio, Efficient profile section, Elliptical straight outline, Progressive anhedral with winglets.

RIDER PROFILE
Any rider who likes to ride fast with a versatile and stable wing set.

Speed and Turning - Elliptical wing platforms with more anhedral are fast and maneuverable. Carve tight radius turns. Great for surf and freestyle.

NEW 20% lighter 650mm extended fuselage with improved stabilty and hydrodynamics.

The mast and fuselage are made from aircraft grade extruded, anodized 6061-T6 aluminium.

MAST FEATURES

  • NEW Versatile top socket with indicator for use on both tracks and 4 point connection
  • NEW 20% lighter 650mm extended Fuselage with improved stabilty and hydrodynamics
  • Titanium coated hardware and grease included
  • Aircraft grade extruded, anodized 6061-T6 aluminium mast and fuselage
  • Water tight extrusion for improved floatation and minimal weight

WING FEATURES

  • NEW A-Grade Paulownia veneer wood core with unmatched strength / weight ratio
  • NEW Front wing - Double layer carbon fiber construction
  • NEW Rear wing - Double layer carbon fiber construction
  • NEW ABS insert reinforcements
  • Durable cast polymer wing perimeter

Includes:

m8x25mm (4pcs), m8x27mm(2pcs), m8x40mm (4pcs), m8x14mm (2pcs), allen key (5mm), Top socket, mast, fuselage, grease, wing protector (4pcs), foam insert (doubles as insert to our foil bag, sold separately)

Cabrinha HI:Rise Speed Foil Style Selector

BRGINNING FOILING
INTERMEDIATE FOILING
EXPERT FOILING
LIFT FACTOR
SPEED FACTOR
MANEUVERABILITY
DIRECTIONAL STABILITY
1 2 3 4 5 6 7 8 9 10