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TRIATHLON SCIENCE
THIS PRESENTATION IS A SUPPORTING DOCUMENT FOR THE FOLLOWING ARTICLE:«Wearables are dead, long live wearables!» - by Guillaume Tourneur (April 2015)
TRIATHLON - PHYSIOLOGICAL FACTORS
V O2 max
V O2 max
Stroke Volume
Age:50+ 15% PerformancesAge:70+ 38% Performances
Age:Age:
Age: Age:
Age:
No Data Available
Maximal heart rate
Lactate Threshold (LTH)
Lactate Threshold (LTH)Protein Synthesis Limit training volume Orthopedic injuries
Economy of movement
Skeletal Muscle Mass
Blood Volume
Activity of aerobic enzymes
Muscle Fibre Type
AGE FACTOR
LOCOMOTION MODE
DISTANCE
OLYMPIC TRIATHLON IRON MAN
ENDURANCE PERFORMANCE:INJURY PREVENTION
Less Decline* More Decline*
*Run & Cycling
TRIATHLON - SWIMMING
AMOUNT OF FORWARD MOMENTUMTO BE AS CONSTANT AS POSSIBLE
STREAMLINED BODY POSITIONLESS HIGHER IN WATER
KICK FROM HIPS
FLEXIBILITY
HAND FORCE ACCOUNTS FOR ABOUT80% OF ARM PROPULSION
ARMS ACCOUNT FOR ABOUT80% OF TOTAL PROPULSION
LONGER, SLOWERSTROKES
MAINTAIN VELOCITYRHYTHM
MOMENTUM
CONSTANT LEVEL OFPROPULSION
FORM DRAG FRICTIONAL DRAG WAVE DRAGFINGER SPACING: 12%
PROPULSION +
+
DRAG
SMOOTH STROKE
80% OF TOTAL PROPULSION80% OF TOTAL PROPULSIONARMS ACCOUNT FOR ABOUTARMS ACCOUNT FOR ABOUT
FLEXIBILITY
SWIM WATCH OR TRIATHLON WATCHWITH GPS, STROKE COUNT AND SWOLF INCLUDED
WEB SERVICESSMART PHONE APP
SYNC
CORE WEARABLES DEVICES
ONLINE / APP SERVICES
TRIATHLON - SWIMMING
SIMPLE DATA (REAL-TIME)
UNITSDATA
Duration Distance Laps completed Average pace Average speed Calories Stroke per min Distance per stroke
hh:mm:ssmeters or yards #sec/100y or sec/100myds/min or m/minkcalspmyds/s or m/s
ADVANCED DATA (REAL-TIME OR POST-PROCESS)
UNITSDATA
SWOLF
sTSS
the time and the number ofstrokes it takes to swim a pool length. (lower = better)
Swim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress ScoreSwim Training Stress Score
TRIATHLON - CYCLING
HUMAN + MACHINE
CONCENTRIC ACTIVITY
ECCENTRIC ACTIVITY
PEDALING MECHANICS AERODYNAMICS 20% TO 35%BICYCLE ACCESSORIES
65% TO 80%LIMB CYCLIST BODY
BICYCLE RIDERGEOMETRY + FIT
T2 - TRANSITION TORUNNING
MUSCLES:- TIBIALIS ANTERIOR- TIBIALIS POSTERIOR- PERONEUS LONGUS- GASTROCNEMIUS LATERALIS- SOLEUS
BIKE
RUN
PLYOMETRIC TRAINING
SINGLE LIMB CYCLING ON TRAINER
CADENCE BETWEEN90 AND 100
TRIATHLON - CYCLING
MULTISPORT WATCH (W/GPS) SMART PHONE (W/GPS)
POWER METER
SMART DEVICE (W/GPS)
HRM (BAND) CADENCE (DEVICE)
SYNC
CORE WEARABLES DEVICES & SERVICES
SIMPLE DATA (REAL-TIME)
UNITSDATA
Duration Distance Average speedElevation GainHeart Rate Average Heart Rate Power Cadence
hh:mm:ssmeters or yardsmph or kph! or metersbpmbpmw (Watts)rpm
ADVANCED DATA (REAL-TIME OR POST-PROCESS)
UNITSDATA
TSS
IF
training Stress score
Intensity FactorWEB SERVICESSMART PHONE APP
ONLINE / APP SERVICES
TRIATHLON - RUNNING
RUNNING BIOMECHANICS
PHYSICAL PRINCIPLES
CASUAL BAREFOOT RUNLOWER ENERGY COST / REDUCE INJURY
DOWNHILL + UPHILL SPEEDWORKSPEED IMPROVEMENT
LIGHTWEIGHT /STIFFER IN BALL OF FOOTSTRENGTHEN, IMPROVED RUNNING ECONOMY, INCREASE ELASTIC ENERGY
HIGHLY CUSHIONED SHOES
PERFORMANCE DISADVANTAGE ON HARDER SURFACES
90-100 STRIDES PER MINUTEVERTICAL OSCILLATION OF 8 TO 10 CMBUILD MUSCLE
HIGH PERFORMANCE RUNNERS
BONES JOINTS MUSCLES NERVOUS SYSTEM
SLOW PROGRESSION REQUIREDINJURY PREVENTION
MULTISPORT WATCH (W/GPS)
2.4 TRIATHLON - RUNNING
SIMPLE DATA (REAL-TIME)
UNITSDATA
DurationDistanceSpeedAverage PaceElevation Gain Heart Rate Average Heart Rate Cadence
ADVANCED DATA (REAL-TIME OR POST-PROCESS)
UNITSDATA
TSS
IF
training Stress score
Intensity Factor
hh:mm:ssmiles or Kilometersmphmin/mi! or metersbpmbpmrpm (steps)
SYNC
CORE WEARABLES DEVICES & SERVICES
WEB SERVICESSMART PHONE APP
ONLINE / APP SERVICES
SMART PHONE (W/GPS) HRM (BAND)
FOOT POD
TRIATHLON - RUNNING
PHYSIOLOGICALGROSS
EFFICIENCYFLEXIBILITYTRAINING
MUSCLE FIBERMUSCLE STRENGTH
HIGH INTENSITYTRAINING
PLYOMETRICTRAINING
Body LengthBody MassBody SurfaceBuoyancyPassive Torque
Lower Oxygen UseLonger StrokesReduced Drag Points
PROPELLINGEFFICIENCY DRAG GROSS
EFFICIENCY
BIOMECHANICAL
SWIM TECHNIQUESTROKE LENGTH
2.4 TRIATHLON - RUNNINGTRIATHLON - ECONOMY
AMOUNT OF FORWARD MOMENTUM TO BE AS CONSTANT AS POSSIBLE
POWER OU TPUT (WATTS)VOLUME OF OXYGEN
PER DISTANCE (MILES)VOLUME OF OXYGENPER KILOGRAM (K)
Сannot be changedRatio: power output / energy expenditure
2.4 TRIATHLON - RUNNINGTRIATHLON - AEROBIC CAPACITY
AEROBIC
AEROBIC ANAEROBICIMPROVE IMPROVEAEROBIC
+HIGH INTENSITY
TRAINING
LACTATETHRESHOLD
ADVANCEDCONDITIONING
STEADY STATETHRESHOLD
V O2 MAX
SPEED, HEART RATE
Z1 Z2 Z3 Z4 Z5
Metabolism CostFuel UtilizationCycling EfficiencyRunning Economy
Factors to consider: Running Economy Higher risk of injury
Limitations of thecirculatory & respiratorysystem
Most Effective methodTime saving
OXYGEN USED
This presentation was made possible by reading the following books. Special thanks for Joe Friel’s various publications
which are not only extremely well organized and written, but for being true life-changing inspirations.
Below are links to various research papers, and articles found online.
The optimum finger spacing in human swimming ~ Alberto E. Minetti a, ︎, Georgios Machtsiras b, Jonathan C. Mastersc
Influence of different footwear on force of landing during running ~ Cheung RT1, Ng GY.
spending most of my time identifying, analyzing and experimenting with sports, fitness, health wearables technologies and services. As a consumer, wearer and analytical engager of wearable apps, my love of this ever-evolving technological bracket is not only my career, it is my lifestyle. I live, breath, eat (and run, swim, bike, for that matter) wearables, making me the ideal candidate to translate the use of wearables from the idea, to the production, to the marketplace, and ultimately into the user’s psyche. 15+ years building innovative content monetization services exploiting the magics of User Experience (UX), Analytics and Content Management Systems (CMS) for Universal Studios, Technicolor, Harris Corporation and customers such as Amazon, AT&T, Disney and South Korea Telecom.
For years I have been designing B2B and B2C solutions to provide customers with the best entertainment experience by consuming the right movie or music track at the right time and on the right device. Finally, it was time for me to shift from building entertainment to building life-aspiring experiences. Since then I’ve been
Guillaume Tourneur - Digital Product Manager