Dynamometer Stanovoy

The Stanovoi dynamometer is a spring dynamometer with handles for the legs and arms, designed to measure the force developed during extension of the torso.

It is used to determine the maximum strength of the back and leg muscles during straightening of the torso from a forward bend position. Stanovoy's dynamometer allows you to obtain a quantitative assessment of a person's strength in this exercise.

The device consists of a spring mechanism with two handles - for arms and legs. During the exercise, the subject leans forward, grabs the handles and, straightening up, applies maximum effort. In this case, the spring mechanism is compressed, and on the scale of the device you can determine the amount of force applied in kilograms or other units of force.

Stanovoy's dynamometer is widely used in sports medicine and physiology to assess the physical development of athletes, in particular the strength of the back and leg muscles. In addition, it is used in rehabilitation after injuries to monitor the recovery of the patient’s strength.

Do you know what a deadlift dynamometer is? This is a device for measuring a person's physical strength while performing an exercise with weights. It is he who allows us to understand what each person is capable of and contributes to the development of sports and health. Today we will learn about the design of a backbone dynamometer, as well as the main types of its use.

What is a deadlift dynamometer? First, let's talk about the definition of a deadlift dynamometer. The same device was invented by the Soviet physiologist N.M. Kirillov back in the 20s of the last century. The device is designed specifically for research work due to its convenient shape and the ability to measure the impact on a person’s abdominals by lifting a weight above oneself. It is important to clarify here that deadlift and strength equipment are the same concept. The second is used only in the field of sports and is a technical structure of two racks, a fixed or movable table mounted on brackets, a block and a load cell. To safely perform squats on the board, you need to fix the meter with some force on the driving mechanism. In this case, the vertical vector may deviate from an angle of 45°.