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Sports diagnostics in New Belgrade

One 60-minute session on five measuring devices, from an InBody body composition measurement to posture and gait analysis. You leave with a written report and a proposal for an individual training programme.

A coach explains a printed InBody report to a client after a body composition measurement at Advance Fitness Centar.

What the test covers

Body composition measurement in progress. An athlete stands on the InBody 770 holding the electrodes while the device measures muscle, fat and water by body segment.

How much of your weight is muscle, and how much is not

You step onto the device, and within a minute we can see how much muscle and fat you carry and how it is distributed across your body.

InBody 770
A coach places the TMG sensor and electrodes on a client’s leg before measuring the muscle response.

Which muscle lags behind its counterpart

You stay relaxed, lying down or seated, while a sensor records how each muscle responds to a brief impulse. This shows exactly which muscle is not keeping up with its counterpart on the other side.

Tensiomyography (TMG)
Jump testing on the Optojump system. An athlete in mid-air above the optical bars while the coaches follow a series of jumps.

Do you always take off from the same leg

A series of jumps between optical bars. Every take-off and landing is measured in milliseconds, so the difference between your left and right leg shows up clearly in the numbers.

Optojump
Preparing a Contemplas posture analysis. The client stands on the measuring plate in front of the measuring grid while the coach places a marker on the leg.

How your body stands and moves

Cameras record your posture and gait from several angles. The footage shows where a shoulder drops, a hip lifts or your weight shifts to one side.

Contemplas
Foot pressure analysis in a squat. The client stands on the Currex measuring plate in front of the measuring grid, photographed from behind.

Where your weight rests when you stand and walk

You take a few steps across a sensor plate that records how your foot carries your weight, standing still and in motion.

Currex
How much of your weight is muscle, and how much is not

You step onto the device, and within a minute we can see how much muscle and fat you carry and how it is distributed across your body.

InBody 770
Which muscle lags behind its counterpart

You stay relaxed, lying down or seated, while a sensor records how each muscle responds to a brief impulse. This shows exactly which muscle is not keeping up with its counterpart on the other side.

Tensiomyography (TMG)
Do you always take off from the same leg

A series of jumps between optical bars. Every take-off and landing is measured in milliseconds, so the difference between your left and right leg shows up clearly in the numbers.

Optojump
How your body stands and moves

Cameras record your posture and gait from several angles. The footage shows where a shoulder drops, a hip lifts or your weight shifts to one side.

Contemplas
Where your weight rests when you stand and walk

You take a few steps across a sensor plate that records how your foot carries your weight, standing still and in motion.

Currex

What each device measures

Testing shows where you are starting from, where your left and right side differ and which limitation needs to be addressed first. The same tests are repeated over time, so you can see your progress in numbers.

An Advance Fitness Centar coach prepares a young athlete for a body composition measurement on the InBody 770, with the device’s screen in view.

InBody 770

Body composition analysis

A weak current at several frequencies passes through the body and measures five segments separately, both arms, the trunk and both legs. You get muscle mass, fat mass, body fat percentage, total body water and how your muscle is distributed by segment. We also measure visceral fat, the fat that sits around the internal organs and gives the most accurate picture of your diet.

The report shows whether a kilogram you have gained or lost is muscle or fat, and whether there is a difference between your left and right side.

An athlete on the Optojump bars during a series of jumps, while the coach follows the measured values on a computer.

Optojump

Jump and explosive power testing

We measure jumping and running with a high-precision optical system. It gives us jump height, ground contact time, flight time, power per kilogram of body weight, step length and frequency, and strength endurance. Cameras film each jump alongside the measurement, so we also analyse the biomechanics of the movement and the position of the ankle, knee and hip under dynamic load.

After the test we know how you move under load and whether you lack strength or explosive power. These are two different qualities, and each needs a different training plan.

A TMG sensor placed on the thigh, with electrodes on either side of the muscle, just before the measurement.

TMG

Tensiomyography, the response of each muscle

A sensor is placed on the muscle, a brief electrical impulse makes it contract, and the device records the response. The first value is how fast the muscle reacts, and the second is its maximum displacement, which tells us about muscle tone. This shows whether the tone is optimal, whether the muscle lacks tone and needs more strengthening, or whether it is in spasm and needs more relaxation.

We look at differences between the left and right side, and also at how the muscles of the same leg relate to each other around the knee, hip and ankle. That tells us how to approach your muscles and how to train them.

Reflective markers placed along the spine before a camera analysis of posture and gait.

Contemplas

Posture analysis

We assess the position of the body from anthropometric landmarks, the level of the shoulders, hips, knees and ankles. We also measure the cervical, thoracic and lumbar curves relative to the vertical plane, which allows us to assess deformities such as kyphosis, scoliosis, hyperlordosis and hypolordosis.

The aim is to establish whether this is a postural asymmetry or a potentially structural problem, because the two are treated differently.

A coach reviews a Currex report on screen, a colour pressure map of both feet.

Currex

Plantography, the footprint and how the foot works

We record your footprint and get an accurate picture of how your foot is shaped and how it works. It shows where the pressure is highest when you stand and where it moves when you are in motion, whether the parts of the foot that should carry the most load are doing so, and whether your weight is shifted towards the front or the back of the foot, or towards the left or right leg.

From this we assess how you use your foot as the base of every step, jump and landing, because a fault at that level travels upwards to the knee, the hip and the spine.

How the session runs

The whole session lasts 60 minutes and is led by a coach.

Conversation

Your sport, training volume and injury history decide where the measurements focus.

Body composition

Measured on the InBody 770, standing and without any effort.

Muscle response

TMG sensors measure one muscle at a time, lying down and seated.

Posture and gait

Contemplas cameras. The footage is kept as a reference for the retest.

Jumps and foot pressure

Optojump and Currex. The only part that takes any effort.

What the report contains

Measured values next to reference values
The results of all five measurements alongside the range they are compared with, ready to set against your next test.
Differences between left and right
Each pair has a number, for example how much weaker the jump on one leg is than on the other.
Interpretation and a recommendation for each measurement
Each part of the report explains what the values mean and what needs work.
Proposal for an individual programme
At the end, the findings from all devices are brought together into one conclusion, so you can see where the training plan begins.

The report stays with you even if you do not continue with us.

What testing cannot do

It does not diagnose

The report describes what was measured, and any condition is named by a doctor.

It does not issue certificates

Testing does not replace a medical examination or a medical certificate for your club.

It does not predict injury

A measured asymmetry describes load and makes no forecast.

It does not promise results

Results are measured at the retest after three months.

Frequently asked questions

Does the testing hurt

No. None of the measurements is invasive, and the only part that takes effort is the series of jumps.

From what age can a child be tested

We work with children and young athletes aged 10 to 20 who already train in a sport. The testing is painless and involves no weightlifting.

Children and young athletes
Is testing the right step if my child has knee pain

If the pain keeps coming back, lasts or started after an injury, the first step is a paediatrician or a sports medicine doctor. Once the child has been examined, testing shows how the load is distributed.

Has the injured side caught up with the other one

After an injury, a difference between the two sides can remain even once the pain has gone. Measuring the jump and the muscle response shows how large that difference is, and the decision to return to full training is made by a doctor.

Is this testing meant for weight loss

The report is designed to guide a training plan. Body composition is one of the five measurements and is not a weight loss programme on its own.

Do I have to keep training with you

No. Testing is a separate service, and the report is yours to keep either way.

Do you test whole teams

We carry out complete testing for teams, with a report for each player. A team session is arranged by phone.

Professional athletes

One price,
everything included

Complete testing is paid once and covers the whole session. We use the same set of measurements when we test professional teams, with a report for each player.

A coach leads the whole session, one to one
The report and the programme proposal are yours to keep
Progress is checked with a retest every three months