В Институте геофизики УрО РАН разработан аппаратурно-методический комплекс, включающий базовую модель наземного трехкомпонентного феррозондового магнитометра МНТ-3 и электроразведочную аппаратуру МЧЗ-12, предназначенную для высокочастотных индукционных зондирований. At the Institute of Geophysics UB RAS there has been developed the apparatus-methodical complex consisting of a basic model of a surface three-component ferroprobe magnetometer of time-impulse type MNT-3 and of an electro-prospecting equipment MCHZ-12 intended for high-frequency inductive soundings. The magnetometer MNT-3 allows to carry out continuous and simultaneous measurements of three geomagnetic field components in the range of ±70000nTl to reveal magnetic objects in near-surface areas of the earth and the ocean crust and to define space position of aerogeophysical complex measuring system and to conduct engineering prospecting and monitoring. The instrument MCHZ-12 permits to conduct measurements of three electromagnetic field components while constructing and researching geoelectrical sections of ore deposits and different geostructures conducting ecologically safe engineering prospecting at occupied with buildings territories and under condition of frozen ground. Th^se devices underwent successful testing at the Arti geophysical observatory jointly with the serial proton magnetometer MMP-203M. The ore mineralization investigations were fulfilled together with geophysical measurements at the deposit. It was shown that the use of the apparatus-methodical complex allows to raise reliability of construction of investigated objects geological models. This complex is perspective in researches of ore complexes with complex structures and untraditional type deposits with ultradispersive ore mineralization.