The dissertation presents research on the relationship between some of the exploitation factors on the occurrence of noise and vibration as ergonomic indicators. The measurement was done on LANDINI POWERFARM 100 tractor at the production agricultural areas and access roads of the Agricultural and Veterinary School Osijek. The measurement was carried out in accordance with the HRN ISO 5008 standard which determines test strips. Noise measurement was performed with the Metrel Multinorm device with filter "A", the same being in accordance with HRN ISO 6396 (2000). The height of the operator when seated should be 800 mm to 960 mm, measured from the seating surface to the top of the head. HRN ISO 5131 (2000) instructs that the sound detector is 250 mm ± 20 mm from the center of the operator head, 700 mm ± 20 mm above the seat reference point. Whole body vibration measurement was performed in accordance with the standards HRN ISO 2631-1 (1999) and HRN ISO 2631-4 (2010). The hand-arm vibration measurement was carried out in accordance with the HRN ISO 5349-1 (2008) and HRN ISO 5349-2 (2008) standards. The survey found that no measured data excees the lower (80 dB) and the upper (85 dB) warning values as well as the limit value of exposure (87 dB), the vibration which affects the hand-arm system, it is established that none of the measured data exceeds the warning (2.5 ms-2) and the limit (5 ms-2) value of daily exposure. Furthermore, the measured vibration data affecting the operator's whole body in the direction of the x-axis at higher speeds and at C2 and C3 pressures, in the direction of y-axis at higher speeds and at C1 and C2 pressures, and in the direction of the z axis at maximum speed and at C1 and C2 pressures exceed the value of daily exposure of 0.5 ms-2 and it is recommended to inspect the pneumatic suspension of the seat so the complications can be prevented, since the operator's health is threatened.