The present invention relates to neutron spallation sources, in particular to the neutron spallation target and can be used for obtaining neutron radiation. The present invention assures an increased efficiency of target cooling and an improved safety. The neutron spallation target includes a tungsten disc 1, covered by hermetically sealed outer casing 4. The target is mounted on an assembled axis, comprising an axial inner tube 3 for cold liquid metal feeding and an axial outer tube 10 for heated liquid metal removal. The axial inner tube 3 is connected with three radially azimuthal feeding channels 6 formed in the upper part of the disk 1, which through azimuthal channels 2 formed in the upper part of the disk 1 are connected with three radially azimuthal removal channels 5 formed in full thickness of the disc 1. Radially azimuthal removal channels 5 through the azimuthal channels 7 formed in the lower part of the disk 1 are connected with three radial azimuthal removal channels 8 formed in the lower part of the disk 1 which are connected with the axial outer tube 10.
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