1. Olympic Training Centre, Formia
Indoor Instrumented Track
Outdoor Track
Olympic Training Centre, Formia
CONI – Italian National Olympic Committee

2. Olympic Training Centre - Formia
Outdoor Track
Predispositions for:
Optical Measurement System
(Flight time, Contact time, Step and Stride frequency, Step and Stride length, Jump height)
WiFi Photocells
Camera
Radar Velocimeter
Olympic Training Centre - Formia

3. Olympic Training Centre - Formia
Indoor Instrumented Track
Calibrated 3d kinematics volumes
10 Force Platform for
Running and Hurdling
Force Platform for Long Jump
Long Jump Sand
Dimension:
length 10 m
width 0.6 m
Radar Velocimeter
Optical Measurement System
OFFICE
Force Platform for High Jump
Mattress for High Jump
ELECTRICAL PANELS
Olympic Training Centre - Formia

4. High-Definition Camera
High-Speed Camera
Kinematic Analysis 2D

5. Kinematic Analysis 2D: Video Analysis Software
Distance & Speed
Synchronization with External Data
Speed, Acceleration, Force…
Kinematic Analysis 2D: Video Analysis Software

6. Time VS Speed
Time VS Distance
Radar Velocimeter
RADAR Velocimeter

7. Optical Measurement System
Flight Time (s)
Contact Time (s)
Step Length (m)
Time (s)
Measures of:
Flight time;
Contact time;
Step and Stride frequency;
Step and Stride length;
Jump height.
Length up to 24m
Optical Measurement System

8. Synchronized with Optical Measurement System
Measures of:
Split time;
Overall time;
Speed. 5m
10m
Synchronized with Optical Measurement System
WiFi Photocells

9. Optical Measurement System – Drift Analysis
Surface up to 4m X 4m
Optical Measurement System – Drift Analysis

10. Wearable Inertial Measurement Unit (IMU)

11. Pressure & Force analysis Baropodometric Insoles System
Battery
Data logger
Pressure & Force analysis
Baropodometric Insoles System

12. Baropodometric Insoles System
Female Athlete
- Left Force
- Right Force
Force (N)
Time (s)
Male Athlete 1
- Left Force
- Right Force
Force (N)
Time (s)
Force (N)
Time (s)
Male Athlete 2
- Left Force
- Right Force
Baropodometric Insoles System

13. Analysis of Speed, Flight & Contact Times, Forces, Impulse
Starting Blocks
CT > FT
CT = FT
FT > CT
Time (s)
Analysis of Speed, Flight & Contact Times, Forces, Impulse

14. 10 Strain-gauge force platforms
3D Dinamycs

15. Passive Infrared Markers
20 Infrared Cameras
PC Workstation
Passive Infrared Markers
3D Kinematics

16. Running

17. 3D infrared camera
Passive markers
Force platforms
Long Jump

18. Take off Angle
Vertical Force Angle
Long Jump

19. 3D infrared camera
Passive markers
Force platforms
High Jump

20. Electromyography