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Data Driven Programming for Throwers

Candace Fuller – Assistant Coach (Throws)

candace.fuller@vanderbilt.edu

(909) 210-9607

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Data driven programming for the throws?

  • Complexity of the the throwing events
  • Multi-system demands (strength, coordination, mentality)
  • Data reduces guesswork
  • Load management
  • Avoid overtraining

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Objectives

  • Determine KPI Framework
  • Choose objective and subjective testing and assessments
  • Interpret the data
  • When to adjust individualized plans

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What would you do?

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Javelin Thrower

  • Female Athlete – 5th Year of Training
  • Lifting 4 days per week – (M, T, T, F)
  • Training 5 days per week – throws x2, balls x2, gymnastics x1
  • Current Lifting Cycle – Fall Base (high volume)
  • Check In’s – Reported Tight Glutes 9/12, Reported Pain in Abs 9/15

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What do you do? Where do you look? How do you proceed with programming?

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KPI Philosophy

  • Outcome KPI’s – (PR’s, Velocity of Release)
  • Process KPI’s – (Technical Achievement – Angle of Release, hip shoulder separation)
  • Individualized Baselines – Starting Point Per Athlete
  • Program Goal Completion

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Key Factors for an Effective Javelin Throw

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Technique & Biomechanics

Approach Run

Grip & Carry

Withdrawal & Transition

Bracing (Blocking)

Hip-Shoulder Separation

Physical Attributes

Explosive Power

Core Strength & Stability

Flexibility & Mobility

Arm/Shoulder Strength

Environmental & Other Factors

Aerodynamics

Wind Conditions

Release Height

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KPI’s Throwing Example

  • Stand
  • 3-Step
  • 5-Step
  • 7-Step
  • Stand 400gm
  • Stand 800gm
  • Stand 1K
  • Stand 2K
  • Full Throw

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KPI’s Lifting

  • Back Squat
  • Front Squat
  • Clean
  • Snatch
  • Dead Lift
  • Bench
  • Barbell Pullover
  • Push Press/Jerk

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KPI’s Sprinting

  • 30m
  • Flying 20m
  • Flying 30m (part of the Quadrangular)
  • 10m
  • Max Velocity

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KPI’s Velocity & Angle

  • Ideal Angle of Release is 30-36 degrees
  • Release Velocity of 24-26 meters per second
  • Hip/shoulder separation

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Tools & Tests Needed

  • Force Plate Metrics
  • Sprint Testing
  • VBT Outputs
  • Wellness Data
  • Quadrangular Testing
  • Additional methods to consider – Sleep Data, HRV

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KPI’s – Force Plate Testing

  • Profiling - Physical Capabilities
  • Monitoring - Fatigue Levels
  • Return to Play - Contributing Factors to Injuries, Ability to Play Their Sport

Vald Performance, “Understanding the Countermovement Jump”, YouTube, 02/20/2024, https://www.youtube.com/watch?v=2UlVN-dXKGA

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KPI’s – Force Plate Testing Metrics

  • System Mass
  • Jump Height (Key Outcome) – compare the athlete to themselves over time. How is training affecting them?
  • Jump Momentum – can change with body weight changes
  • TTO – Time to Take Off (shorter = more explosive)
  • RSI Modified – Efficiency
  • Peak Braking Velocity – the down motion, did you even try?
  • Force at 0 Velocity – force produced when they jumped, goes up when they get stronger, goes up during rehab

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KPI’s – Force Plate Testing Metrics Cont

  • Peak Force
  • Peak Power – Did this go up or down?
  • Asymmetry – greater than 10% regularly? Previous injury? Stable or Growing?

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KPI’s – Force Plates – Look for Fatigue Patterns

  • Jump Height Going Down
  • Time to Take Off Going Up
  • Eccentric Braking Action Duration Going Up (RFD going down)
  • Strategy Becomes Slower or Sloppier

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If 2-3 fatigue signs show up – adjust the training

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2

3

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Jordan Strength, “A Strength Coach’s Guide to Monitoring Neuromuscular Fatigue with Jump Mechanics” https://www.jordanstrength.com/2023/11/06/monitoring-neuromuscular-fatigue/

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Sprint Testing

  • Speed Gates / Timing Systems
  • Phone Apps
  • Stopwatch

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KPI’s - Wellness

  • Check In State (Readiness) - Up, Flat, Down
  • Check Out Grade (A-F) – Daily Execution
  • Notes (WHY)
  • Sleep
  • Stress
  • HRV

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Trends & Z Score Changes

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Wellness Check

JAVELIN

LIZZIE

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Date

Day

State

Grade

Notes

1/10/24

WED

Up

B

​

1/17/24

WED

Flat

B

Sore

1/22/24

MON

Up

B+

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1/24/24

WED

Up

C

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1/29/24

MON

Up

C

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1/31/24

WED

Up

D

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2/5/24

MON

Flat

A

Weights

2/7/24

WED

Up

B

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2/12/24

MON

Flat

B

Cold

2/14/24

WED

Up

B+

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2/16/24

FRI

Up

A

​

2/20/24

TUE

Up

C

​

2/21/24

WED

Up

B

​

2/26/24

MON

Up

C

​

2/28/24

WED

Up

C

​

3/1/24

FRI

Up

C

​

3/4/24

MON

Up

C

​

3/6/24

WED

Up

D

​

3/8/24

FRI

Up

B

​

3/11/24

MON

Up

B

​

3/13/24

WED

Up

C

​

3/18/24

MON

Up

B

​

3/25/24

MON

Up

B

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  • Google Form
  • Excel Spreadsheet
  • Notes on iPhone

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Testing Schedule

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  • Pre-Season Baseline – Max-Outs, Sprints, Quad, Throws, ISO Strength Testing, Monitoring Check-in’s
  • Bi-Weekly Sprints
  • Bi-Weekly Force Plates
  • Re-Testing Regularly in Quad, Throws, OH Shot, Vertical Jump
  • Max-Out Testing (periodically)
  • Session, Cumulative VBT Reviews (overtraining, fatigue)

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Quadrangular Test

  1. 30m Fly
  2. Standing Long Jump
  3. Three Bunny Hop
  4. Overhead Shot

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Quadrangular Test

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https://www.brianmac.co.uk/quad.htm

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Quadrangular Test

BEST QUAD

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Name

Season

Height

Weight

Vertical Jump

LJ

3 Jumps

30m Sprint

Overhead SP

Total Points

Chance Crawford

Fall

5' 11"

248

36.5

2.95

8.80

3.42

19.29

320.9

Jacob Soorus

Winter

5'10"

207

34.6

2.91

9.28

3.29

15.54

308.2

Gates Hinton

Fall

6'1"

236

 

2.83

8.64

3.44

16.58

298.1

Nate Shaffer

Fall

6'5"

228

 

2.86

8.78

3.42

15.92

297.7

Paul Bentz

Winter

6'0"

210

27

2.93

8.87

3.93

17.38

292

Lance Penegar

Fall

6'3"

255

32.5

2.74

8.77

3.69

17.26

291.4

Jahnaul Ritzie

Fall

6'1"

250

 

2.72

8.90

3.60

16.14

289

Junior Payton-Kimble

Fall

6'1"

228

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2.95

8.87

3.50

14.28

273.3

JT Ober III

Spring

6'4"

236

28.7

2.62

8.33

3.61

15.19

272

Gerardo Flores

Winter

6'2"

299

22

2.50

7.76

4.18

17.99

256

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ISO Strength Test

Average Hamstring Strength

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Date

L

R

Difference

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​

​

​

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6/11/25

193

247

21.86

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8/19/25

236

278

15.11

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11/21/25

225

262

14.12

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Max Hamstring Strength

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Date

L

R

Difference

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​

​

​

​

6/11/25

200

263

23.95

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​

​

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8/19/25

245

305

19.67

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​

​

​

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11/21/25

243

264

7.95

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Average Adduction Strength

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Average Abduction Strength

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Date

L

R

Difference

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Date

L

R

Difference

6/11/25

307

299

2.68

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6/11/25

307

299

2.68

8/19/25

366

335

9.25

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8/19/25

360

365

1.37

11/21/25

334

317

5.36

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11/21/25

334

317

5.36

Max Adduction Strength

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Max Abduction Strength

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Date

L

R

Difference

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Date

L

R

Difference

6/11/25

319

313

1.92

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6/11/25

324

327

0.92

8/19/25

371

337

10.09

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8/19/25

365

375

2.67

11/21/25

350

332

5.42

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11/21/25

375

372

0.81

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Common Pitfalls

Over-measuring.

Chasing metrics.

Ignoring context.

Unwillingness to pivot.

Can they or won’t they?

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Best Practices

Consistent Testing.

Small KPI Set.

Clear Targets.

Review Data Regularly.

Know your athlete.

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On The Horizon

1080 – T-Apex

Motion Capture – Dari Motion

(baseline testing for FMS)

(sports specific evaluation)

(gait analysis, release angles, velocity of release)

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One More Option

DEXA or Bod Pod Scans

Pro’s

Con’s

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Q&A

Candace Fuller – Assistant Coach (Throws)

candace.fuller@vanderbilt.edu

(909) 210-9607