Abstract
The application of modern means of geodetic measurements largely depends on external disturbing influences. Factors such as a sharp temperature drop, air turbulence, its dustiness and gas contamination, negatively affect the results of geodetic measurements. This paper considers an example of modern geodetic equipment - a robotic total station TrimbleS9 equipped with an active reflective prism. With such equipment, it is possible to perform measurements in fog and dust conditions when solving certain applied tasks. The quality of the measurement results was evaluated in two cases - favorable conditions and in the presence of fog. It was found that in the presence of fog along the measured in, the value of the measured distance is significantly distorted and in our case reaches 5.0 mm. Such an impact on the measurement results will lead to significant errors in determining the coordinates.
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