Abstract
The article contains a description of a measuring device, which is primarily designed to record changes in the direction of gravitational acceleration on the Earth's surface. Secondarily, the measuring device records the inclination of the Earth's crust. Analysis of the measured data showed that the direction of gravitational acceleration on the Earth's surface is affected by two objects. The first object is the atmosphere of the Earth (weather). Changes in the distribution of atmospheric density due to the Earth's motion cause changes in the direction of gravitational acceleration on the Earth's surface. The second object is the Moon. The Moon's gravitational field creates a “gravitational shadow” in the Earth's gravitational field. During the Full Moon, the gravitational shadow reaches the surface of the Earth.
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