Arrangement for capturing the angular position (φ) of a component that is rotatable about an axis of rotation, comprising: - a magnet, which is embodied to produce a magnetic field, and - a sensor unit, which is spaced apart from the magnet and embodied to capture the magnetic field in a measuring plane that extends substantially orthogonal to the axis of rotation and used to supply an angle signal that corresponds to the angular position (φ) of the component therefrom, wherein the magnet or the sensor unit is arranged to be rotatable about the axis of rotation, wherein the sensor unit has: - a first sensor group that is arranged in the measuring plane, said sensor group comprising a first magnetically sensitive element that is arranged at a predetermined distance from the axis of rotation, a second magnetically sensitive element that is arranged opposite to the first magnetically sensitive element relative to the axis of rotation, said second magnetically sensitive element being arranged at the predetermined distance from the axis of rotation, and a third magnetically sensitive element that is arranged centrally between the first magnetically sensitive element and the second magnetically sensitive element, wherein the first magnetically sensitive element, the second magnetically sensitive element and the third magnetically sensitive element are each embodied to capture the magnetic field along a first direction, - a second sensor group that is arranged in the measuring plane, said sensor group comprising a fourth magnetically sensitive element that is arranged at the predetermined distance from the axis of rotation, a fifth magnetically sensitive element that is arranged opposite to the fourth magnetically sensitive element relative to the axis of rotation, said fifth magnetically sensitive element being arranged at the predetermined distance from the axis of rotation, and a sixth magnetically sensitive element that is arranged centrally between the fourth magnetically sensitive element and the fifth magnetically sensitive element, wherein the fourth magnetically sensitive element, the fifth magnetically sensitive element and the sixth magnetically sensitive element are each embodied to capture the magnetic field along a second direction that extends at a predetermined angle (α) with respect to the first direction, and - an evaluation unit, which is connected to the magnetically sensitive elements (32, 33, 34) of the first sensor group and to the magnetically sensitive elements (36, 37, 38) of the second sensor group and embodied to supply the angle signal corresponding to the angular position (φ) of the component. - a magnet, which is embodied to produce a magnetic field, and - a sensor unit, which is spaced apart from the magnet and embodied to capture the magnetic field in a measuring plane that extends substantially orthogonal to the axis of rotation and used to supply an angle signal that corresponds to the angular position (φ) of the component therefrom, wherein the magnet or the sensor unit is arranged to be rotatable about the axis of rotation, wherein the sensor unit has: - a first sensor group that is arranged in the measuring plane, said sensor group comprising a first magnetically sensitive element that is arranged at a predetermined distance from the axis of rotation, a second magnetically sensitive element that is arranged opposite to the first magnetically sensitive element relative to the axis of rotation, said second magnetically sensitive element being arranged at the predetermined distance from the axis of rotation, and a third magnetically sensitive element that is arranged centrally between the first magnetically sensitive element and the second magnetically sensitive element, wherein the first magnetically sensitive element, the second magnetically sensitive element and the third magnetically sensitive element are each embodied to capture the magnetic field along a first direction, - a second sensor group that is arranged in the measuring plane, said sensor group comprising a fourth magnetically sensitive element that is arranged at the predetermined distance from the axis of rotation, a fifth magnetically sensitive element that is arranged opposite to the fourth magnetically sensitive element relative to the axis of rotation, said fifth magnetically sensitive element being arranged at the predetermined distance from the axis of rotation, and a sixth magnetically sensitive element that is arranged centrally between the fourth magnetically sensitive element and the fifth magnetically sensitive element, wherein the fourth magnetically sensitive element, the fifth magnetically sensitive element and the sixth magnetically sensitive element are each embodied to capture the magnetic field along a second direction that extends at a predetermined angle (α) with respect to the first direction, and - an evaluation unit, which is connected to the magnetically sensitive elements (32, 33, 34) of the first sensor group and to the magnetically sensitive elements (36, 37, 38) of the second sensor group and embodied to supply the angle signal corresponding to the angular position (φ) of the component.