A method for supporting position estimation in a wireless communication network, comprising: receiving (710; 814), at a first node (102, 104; 310, 350; 402, 404; 504; 801), a set of beams (511 - 515; 811 - 813) from a second node (502; 802); determining (720; 820) one or more times of arrival for each beam in the set of beams; identifying (730; 830) a positioning subset of beams for position estimation based on the one or more times of arrival for each beam in the set of beams, wherein the positioning subset of beams includes one or more beams from the set of beams associated with earlier times of arrival than each of one or more remaining beams, where the one or more remaining beams are included in the set of beams and not included in the positioning subset of beams; and calculating (740; 870) a timing metric based on the one or more times of arrival associated with the positioning subset of beams; characterized in that receiving (710; 814) the set of beams (511 - 515; 811 - 813) comprises receiving a set of reference-signaling beams; and identifying (730; 830) the positioning subset of beams comprises: receiving Quasi-Co-Location, QCL, information; determining, based on the QCL information, whether the set of reference-signaling beams has a same spatial QCL as a set of positioning beams transmitted by the second node; and identifying the positioning subset of beams based on the times of arrival associated with the set of reference-signaling beams. receiving (710; 814), at a first node (102, 104; 310, 350; 402, 404; 504; 801), a set of beams (511 - 515; 811 - 813) from a second node (502; 802); determining (720; 820) one or more times of arrival for each beam in the set of beams; identifying (730; 830) a positioning subset of beams for position estimation based on the one or more times of arrival for each beam in the set of beams, wherein the positioning subset of beams includes one or more beams from the set of beams associated with earlier times of arrival than each of one or more remaining beams, where the one or more remaining beams are included in the set of beams and not included in the positioning subset of beams; and calculating (740; 870) a timing metric based on the one or more times of arrival associated with the positioning subset of beams; characterized in that receiving (710; 814) the set of beams (511 - 515; 811 - 813) comprises receiving a set of reference-signaling beams; and identifying (730; 830) the positioning subset of beams comprises: receiving Quasi-Co-Location, QCL, information; determining, based on the QCL information, whether the set of reference-signaling beams has a same spatial QCL as a set of positioning beams transmitted by the second node; and identifying the positioning subset of beams based on the times of arrival associated with the set of reference-signaling beams. receiving Quasi-Co-Location, QCL, information; determining, based on the QCL information, whether the set of reference-signaling beams has a same spatial QCL as a set of positioning beams transmitted by the second node; and identifying the positioning subset of beams based on the times of arrival associated with the set of reference-signaling beams.