A method for providing a glare-free front light for a motor vehicle traveling on a roadway, wherein a low beam light distribution (10, 14) with a cut-off line extending horizontally at least sectionally and a main beam light distribution is emitted at least sectionally above the cut-off line, wherein a field of view is monitored with an image recording device, and the presence and position of road users in the field of view is detected, wherein the field of view is a solid angle range emanating from an lighting device, wherein the field of view can be viewed in projection onto a test screen extending perpendicularly to the radiation direction of the lighting device, wherein it is detected with a detection device whether moisture is present on the roadway and wherein, if moisture is detected on the roadway and a road user is detected in the field of view, a detection device is used to detect the presence of moisture on the roadway, a blanked-out zone assigned to the detected road user is generated in the low beam light distribution in such a way that a blinding of the road user from reflection of the low beam light distribution on the wet roadway surface is largely avoided, characterized in that the blanked-out zone comprises a strip-shaped region in the low beam light distribution which, starting from the cut-off line, extends below the cut-off line, wherein when a road user is detected, a blanked-out main beam zone associated with the detected road user is generated in the emitted main beam distribution, wherein the blanked-out main beam zone has a horizontal width in the field of view which is greater than the horizontal width in the field of view of the associated blanked-out zone in the low beam light distribution. wherein a low beam light distribution (10, 14) with a cut-off line extending horizontally at least sectionally and a main beam light distribution is emitted at least sectionally above the cut-off line, wherein a field of view is monitored with an image recording device, and the presence and position of road users in the field of view is detected, wherein the field of view is a solid angle range emanating from an lighting device, wherein the field of view can be viewed in projection onto a test screen extending perpendicularly to the radiation direction of the lighting device, wherein it is detected with a detection device whether moisture is present on the roadway and wherein, if moisture is detected on the roadway and a road user is detected in the field of view, a detection device is used to detect the presence of moisture on the roadway, a blanked-out zone assigned to the detected road user is generated in the low beam light distribution in such a way that a blinding of the road user from reflection of the low beam light distribution on the wet roadway surface is largely avoided, characterized in that the blanked-out zone comprises a strip-shaped region in the low beam light distribution which, starting from the cut-off line, extends below the cut-off line, wherein when a road user is detected, a blanked-out main beam zone associated with the detected road user is generated in the emitted main beam distribution, wherein the blanked-out main beam zone has a horizontal width in the field of view which is greater than the horizontal width in the field of view of the associated blanked-out zone in the low beam light distribution.