Speed is maybe the most important factor in most sporting activities. Photocells help count the coverage time of 0 to 20 meters.

The Count of coverage time of 0 to 5 meters, using photocells, indicates the athlete’s ability to speed up in combination with their body strength.

The Count of coverage time of 0 to 10 meters, using photocells, demonstrates the rate of speed change, ie how fast the body’s speed changes in relevance to time.

Measuring the athlete’s jump with the aid of an electronic jump mat, starting the jump from an upright position and swing to a squat position with both hands firmly attached to the waist throughout the jump.

Measuring the athlete’s jump with the aid of an electronic jump mat, starting the jump from a squat position with both hands firmly attached to the waist throughout the jump.

Measuring the athlete’s jump with the aid of an electronic jump mat, starting the jump from an upright position and swing to a squat position with both hands firmly attached to the waist throughout the jump.

Photocells help count the ability and the speed of the athlete’s change of direction to the right.

Photocells help count the ability and the speed of the athlete’s change of direction to the left.

The average is derived from the relation between the athlete’s left and right agility performance.

It is an isometric strength test of the forearm muscles (especially the flexors of the fingers, wrist and elbow). It is a simple measurement carried out with a hand dynamometer and can provide a very good image of the general strength of the person.

It is an isometric strength test of the forearm muscles (especially the flexors of the fingers, wrist and elbow). It is a simple measurement carried out with a hand dynamometer and can provide a very good image of the general strength of the person.

Evaluation of the athlete’s core muscle strength and stability as a way to determine current core strength and gauge progress over time.