Hugo Martín
Player profile
Illustrative profile · not a normative score
10 M SPRINT1.82 s
JUMP HEIGHT34.2 cm
HAMSTRINGS · ECCENTRIC · Left / Right320 / 340 N
ADDUCTORS · ISOMETRIC · Left / Right220 / 230 N
YOUR REPORT · A PREVIEW
EVERY PLAYER.
A PROFILE OF THEIR OWN.
A look inside your player report. From physical qualities to focused training priorities.
Explore the example report ↗
EXAMPLE REPORT / 01Hugo Martín18 years · After PHV
Choose a player
Fictional players · illustrative measurementsGROWTH & MATURITY
After PHV1.82 m · 75 kg · Central midfielder · right-footedBefore PHVAround PHVAfter PHV
0.6 cm/yearrecent growth
PHV = peak height velocity · phase informed by the growth curve
PHV is peak height velocity. We follow the growth curve; chronological age alone does not determine maturity phase. The historical example growth curve peaked around age 14. Current, flattening growth is consistent with post-PHV.
Height: Mar 181.7 → Jun 181.9 → Sep 182.0 cm. Recent growth · 6 months.
01 / EXAMPLE REPORT
YOUR PROFILE.
AT A GLANCE.
Fictional data · no normative or injury-risk score
How to read this example
Rings 1–5: from development focus to relative strength within this fictional profile. The shape is editorially illustrated, not calculated from validated norms. Do not compare the players with each other. Open circle = not tested in this example; missing values are not filled in.
Training exposure, symptoms, recovery, injury history and maturity sit alongside the chart: these contextual factors do not receive a “better/worse” score. Capacity and movement control. A larger area does not mean a lower injury risk.
02 / A closer look at the numbers.
FROM MEASUREMENT
TO INSIGHT.
These are examples from a player report. The full report is not available here.
PERFORMANCE
Acceleration · 10 m
1.82 s
0–5 m1.06 s5–10 m0.76 s
The first 5 m and the next 5 m shown separately.
In your personal report
Interpretation & measurement context
The test
You sprint 10 metres through electronic timing gates.
What do we measure?
How quickly you accelerate, with splits over 0–5 and 5–10 metres.
Units
s = seconds; m = metres. A lower time means a faster sprint.
Why this test?
Helps target improvements in your first metres on the pitch.
PERFORMANCE
Strength & jump · CMJ
34.2 cm
A vertical jump. One part of your strength profile.
In your personal report
Interpretation & measurement context
The test
For the CMJ, you briefly bend your knees and jump up, keeping your hands on your hips.
What do we measure?
Vertical jump height as a measure of explosive jumping performance.
Units
CMJ = countermovement jump; cm = centimetres. More cm means a higher jump.
Why this test?
Shows how your explosive jumping performance develops.
ROBUSTNESS
Eccentric hamstring capacity
Left320 N4.27 N/kg
Right340 N4.53 N/kg
Nordic test · peak force per leg.
In your personal report
Interpretation & measurement context
The test
In the Nordic test, you slowly lower forwards from a kneeling position.
What do we measure?
The force your hamstrings produce to brake the movement as they lengthen: eccentric force.
Units
N = newton, the unit of force. N/kg = force per kilogram of body mass. Left and right are measured separately.
Why this test?
Helps tailor hamstring training to each leg’s braking strength.
ROBUSTNESS
Isometric adductor strength
Left220 N2.93 N/kg
Right230 N3.07 N/kg
Hip adduction · peak force per side.
In your personal report
Interpretation & measurement context
The test
You push your leg inwards against a fixed force sensor without moving.
What do we measure?
Isometric strength of your adductors: the muscles on the inside of your thigh.
Units
N = newton, the unit of force. N/kg = force per kilogram of body mass. Left and right are measured separately.
Why this test?
Helps tailor groin strength training to each leg.
In your personal report
Analysis · video feedback · training priorities
01
MEASURE
02
UNDERSTAND
03
TRAIN WITH PURPOSE
A clear starting point for your development.
Curious about your own profile?
Fictional data · no normative or injury-risk score. This is a fictional example of our reporting, not a personal training prescription. Test selection and interpretation depend on age, sex, maturity, experience, position and measurement protocol. Screening does not predict individual injuries.