Opto-electronic dual-comb interferometric distance measuring method for measuring a distance to a target with • generating first frequency comb radiation - denoted local comb (L)- and • generating second frequency comb radiation - denoted signal comb (S)- • generating of first beat frequencies -denoted reference beat frequencies (R)- by superposing of a local comb (L) and signal comb (S) having travelled along defined optical paths, • generating of second beat frequencies -denoted measurement beat frequencies (M)- by superposing of local comb (LA) having travelled along a defined optical path and signal comb (SA) having travelled to and back from the target as a free beam (FB) from an emission position, • determining of first phase differences (PA), in particular in form of a first gradient of phase difference (GA), between the reference beat frequencies (R) and the measurement beat frequencies (M), characterized by • chromatically dividing signal comb into a target signal comb (SA) and a non-target signal comb (SB) at the emission position, only the target signal comb (SB) serving as said free beam (FB) emitted to the target , • generating of third beat frequencies -denoted compensation beat frequencies (C)- by superposing of local comb (LB) having travelled along a defined optical path and the non-target signal comb (SB), • determining of second phase differences (PB), in particular in form of a second gradient of phase difference (GB), between the reference beat frequencies (R) and the compensation beat frequencies (C), and • determining the distance to the target based on the first and the second phase difference (PA, PB) . • generating first frequency comb radiation - denoted local comb (L)- and • generating second frequency comb radiation - denoted signal comb (S)- • generating of first beat frequencies -denoted reference beat frequencies (R)- by superposing of a local comb (L) and signal comb (S) having travelled along defined optical paths, • generating of second beat frequencies -denoted measurement beat frequencies (M)- by superposing of local comb (LA) having travelled along a defined optical path and signal comb (SA) having travelled to and back from the target as a free beam (FB) from an emission position, • determining of first phase differences (PA), in particular in form of a first gradient of phase difference (GA), between the reference beat frequencies (R) and the measurement beat frequencies (M), characterized by • chromatically dividing signal comb into a target signal comb (SA) and a non-target signal comb (SB) at the emission position, only the target signal comb (SB) serving as said free beam (FB) emitted to the target , • generating of third beat frequencies -denoted compensation beat frequencies (C)- by superposing of local comb (LB) having travelled along a defined optical path and the non-target signal comb (SB), • determining of second phase differences (PB), in particular in form of a second gradient of phase difference (GB), between the reference beat frequencies (R) and the compensation beat frequencies (C), and • determining the distance to the target based on the first and the second phase difference (PA, PB) . <EOS>