Cabrinha Spectrum 2017 Kiteboard

From: £349.00

The Cabrinha Spectrum 2017 is designed for kitesurfers who wants a versatile performance board that covers the whole SPECTRUM. The 2016 Spectrum is a perfect entry-level to intermediate kiteboard, suitable to take you from water starts to big airs.

Design details

As the name suggests, the Cabrinha 2017 Spectrum board is designed and engineered to cover the whole spectrum of kiteboarding. It’s a fun and adept ride that works well in an extremely wide range of conditions for just about any riding style. It truly lives up to its name.

Sizes:

136 x 41cm
140 x 42cm
144 x 43cm
148 x 44cm
152 x 44cm

Style: FREERIDE

Attributes:

  • Performs in a wide range of conditions
  • Excellent upwind tracking
  • Soft landings
  • Excellent in choppy water
  • Smooth and predictable board control
  • Includes 50mm fins & mounting hardware

Compatible with: Cabrinha H1 or H2 Footsraps

Cabrinha Spectrum 2017 Style Selector

FREERIDE
FREESTYLE
WAKESTYLE
BIG AIR
LIGHTWIND
CABLE
RACE
WAVE

Tech specs

PAULOWNIA WOOD CORE
We use a premium “A-grade” Paulownia wood core which is vertically laminated to optimize strength, reduce weight and allow the board to flex more naturally and freely. This premium cut has a higher number of continuous vertical strips free of finger joints for a smooth flex pattern. This allows each board to mirror the design for more consistency from board to board. Found in all 2017 models.

ULTRABOND PU RAILS
A single pour liquid urethane elastomer around the entire board is the ultimate impact resistance material while helping with rebound and vibration reduction.

FAST ROCKER
Provides razor sharp responsiveness and stability for landings. designed to get you up and riding quickly and upwind fast. Found on the Xcaliber, Ace, and Spectrum.

M6 X 16MM INSERTS
The same 16mm screws are used for fins, handle and foot straps.

HEX FLOW FINS
Our unique hex flow polycarbonate fins feature a hexagon dimpled pattern over the surface of the fin. The hex pattern helps to create a boundary layer which assists in the laminar flow over the fin, reducing drag. The new material is made from a lightweight and resilient bullet proof material.