cyclo_template_shoes_final

2
SPECIALIZED CYCLOPEDIA 1 SPECIALIZED CYCLOPEDIA 2 Your feet are your point of power transfer: To get every watt back that you put into the pedals, it takes a shoe that’s efficient, comfortable, and secure. That’s why we’ve spent countless hours working with Dr. Andy Pruitt to develop our Body Geometry shoe technology—to help riders move forward as quickly as possible. SHOE TECH WHY IT’S GREAT BODY GEOMETRY ERGONOMICS Scientifically developed, medically tested features that provide true performance and/or ergonomic benefits RIDER BENEFITS Performance » Improved efficiency through improved biomechanics. Riders can do same amount of work with a lower heart rate and less fatigue, helping them ride longer. » Compensates for collapse of the varus forefoot (normal in 80% of the global population) and longitudinal arch to maximize power and avoid possible injury. Ergonomics » Improved comfort on the bike allows the rider to concentrate on pedaling, not pain. HOW DOES IT WORK? 1.5mm Varus Wedge built into the forefoot of the shoe prevents forefoot collapse and minimizes inward knee movement Longitudinal Arch built into the outsole of the shoe fills excess volume under arch and prevents collapse » BG High Performance footbeds offer three levels of Longitudinal Arch support Metatarsal Pad lifts and separates the bones of the forefoot, reducing the pressure that causes “hot foot” FACT CARBON OUTSOLE RIDER BENEFITS Lighter weight shoe = less rotational mass Stiffer, more efficient platform for effective power transfer Eliminates the fatigue associated with softer outsoles that flex around the pedal HOW DOES IT WORK? Torsion Box technology utilizes a carbon outsole layup with vertical side walls to increase sole stiffness while reducing overall weight Layup is specifically tailored for experience » Uni-directional carbon fiber used on road shoes to cut weight to a minimum » 3k weave used on MTB shoes for increased durability » Glass fiber used in triathlon shoes to reflect road heat SHOE TECH

Upload: jason-rundle

Post on 21-Feb-2016

217 views

Category:

Documents


1 download

DESCRIPTION

Your feet are your point of power transfer: To get every watt back that you put into the pedals, it takes a shoe that’s efficient, comfortable, and secure. That’s why we’ve spent countless hours working with Dr. Andy Pruitt to develop our Body Geometry shoe technology—to help riders move forward as quickly as possible. in 80% of the global population) and longitudinal arch to maximize power and avoid possible injury. 1.5mm Varus Wedge built into the forefoot of the shoe prevents 2 1

TRANSCRIPT

Page 1: Cyclo_Template_Shoes_FINAL

Specialized cyclopedia

1

Specialized cyclopedia

2

Your feet are your point of power transfer: To get every watt back that you put into the pedals, it takes a shoe that’s efficient, comfortable, and secure. That’s why we’ve spent countless hours working with Dr. Andy Pruitt to develop our Body Geometry shoe technology—to help riders move forward as quickly as possible.

Shoe tech

Why it’S GReatBody GeometRy eRGonomicS

Scientifically developed, medically tested features that provide true performance and/or ergonomic benefits

RideR BenefitS�� Performance �» Improved efficiency through improved biomechanics. Riders

can do same amount of work with a lower heart rate and less fatigue, helping them ride longer.�» Compensates for collapse of the varus forefoot (normal

in 80% of the global population) and longitudinal arch to maximize power and avoid possible injury.

�� Ergonomics �» Improved comfort on the bike allows the rider to concentrate

on pedaling, not pain.

hoW doeS it WoRk?�� 1.5mm Varus Wedge built into the forefoot of the shoe prevents forefoot collapse and minimizes inward knee movement �� Longitudinal Arch built into the outsole of the shoe fills excess volume under arch and prevents collapse�» BG High Performance footbeds offer three levels of

Longitudinal Arch support ��Metatarsal Pad lifts and separates the bones of the forefoot, reducing the pressure that causes “hot foot”

fact caRBon outSole

RideR BenefitS�� Lighter weight shoe = less rotational mass�� Stiffer, more efficient platform for effective power transfer�� Eliminates the fatigue associated with softer outsoles that flex around the pedal

hoW doeS it WoRk?�� Torsion Box technology utilizes a carbon outsole layup with vertical side walls to increase sole stiffness while reducing overall weight�� Layup is specifically tailored for experience�» Uni-directional carbon fiber used on road shoes to cut

weight to a minimum�» 3k weave used on MTB shoes for increased durability �» Glass fiber used in triathlon shoes to reflect road heat

Shoe tech

Page 2: Cyclo_Template_Shoes_FINAL

Specialized cyclopedia

3

Specialized cyclopedia

4

the Boa S1 Reel platfoRmFeatured on the 2011 S-Works Road and Mountain shoes

Designed in exclusive collaboration between Boa and Specialized, the S1 allows incremental, on-the-fly tightening and loosening, as well as ultimate zonal adjustability.

key featuReSincRemental cloSuRe in eitheR diRectionThe S1 offers on-the-fly, micro-adjustability for both tightening and loosening the shoe by turning the dial clockwise and counter-clockwise.

dual-zone cloSuRe SyStemThe S-Works Road and Mountain shoes feature dual S1 reels to isolate specific areas of the foot for a truly customizable fit.

duRaBleBoth the L4 and S1 platforms feature the NC735 lace, a top choice for its unrivaled durability. NC735 withstands up to 120lbs in laboratory strength tests (far beyond the force exerted by even a pro cyclist).

the Boa l4 Reel platfoRmFeatured on the men’s Expert, men’s Comp, and women’s Ember road shoes

The new Boa® L4 Reel combines the precision of a highly tuned time piece with exceptional closure strength. It possesses a direct drive 1:1 power train activated by an easy-grip, low-profile knob.

key featuReSSinGle-zone lacinG SyStemA uniform closure provides custom comfort, free of pressure points.

duRaBleBoth the L4 and S1 platforms feature the NC735 lace, a top choice for its unrivaled durability. NC735 withstands up to 120lbs in laboratory strength tests (far beyond the force exerted by even a pro cyclist).

Quick ReleaSeQuick on. Quick off. One quick pull of the knob immediately disengages the lace, saving time when seconds count.

expeRience-Specific deSiGn

Shoes specifically engineered for different types of riders and different terrain

hoW doeS it WoRk?

Mountain�� FACT carbon or nylon soles keep shoes light and stiff�� Tough Micromatrix uppers, replaceable tread lugs, and scuff guards increase durability

Recreational/Fitness�� Plush tongues and flexible uppers provide greater comfort��Walkable Slip-Not soles lend better traction for off-the-bike fun

Triathlon�� Super rigid FACT carbon soles overwrapped in fiberglass help reflect road heat��Holes at the bottom of the outsole drain excess water after the swim�� A heel loop helps athletes quickly pull on the shoe while riding��Webbing at the inside of the upper lets athletes stage the shoe in an upright position for quick transitions

�Road�� Stiff FACT carbon or nylon soles maximize power transfer��Micromatrix uppers keep weight down for the least possible rotational weight

 

uSeR inStRuctionSTo secure the L4 reel platform, push the dial in and turn clockwise to tighten.

Pull the dial out to disengage and loosen the lace.

 

uSeR inStRuctionSOn the SI reel platform, simply twist the dial to adjust tension.

To disengage, manually remove the lace from the top hook guide.

d-link adjuStaBle StRap

RideR BenefitS�� Increased comfort �� Less interference with crank arm and chain guides�� Simple operation and secure hold

hoW doeS it WoRk?�� Wide pad under top strap dissipates pressure across in-step�� Entire top strap can be adjusted side-to-side to keep pad centered �� Sleek design keeps buckles and straps tucked tightly against shoe �� Corresponding teeth on strap and housing allow incremental adjustments, while ensuring a secure hold

Shoe tech Shoe tech

S1 lacinG patteRnThe S1 reels on our S-Works shoes are micro-adjustable to customize fit in specific areas of the foot.