A method for dynamic delay equalization of related media signals in a media transport system, the method comprising: (a) receiving a plurality of related media signals by a media transport system, wherein the related media signals are each sourced from a shared source space and are destined to a shared observation space; (b) transporting the related media signals in the media transport system along different media paths, each media path comprising an edge input device at an ingress of the media path, an edge output device at an egress of the media path, and a dynamic delay element for delaying media signals transported from the edge input device to the edge output device on the media path; (c) calculating an uncorrected propagation delay for each media path and calculating a longest propagation delay that is a maximum of the uncorrected propagation delays; (d) sending, to the dynamic delay element of each media path, a respective delay signal indicating a difference between the longest propagation delay and the uncorrected propagation delay for that media path; (e) delaying, by the dynamic delay elements, each of the related media signals by an amount equal to the difference between the longest propagation delay and the uncorrected propagation delay for that media path; (f) in response to a change to a propagation delay of at least one of the related media signals while transporting the related media signals, determining a revised uncorrected propagation delay for each media path (18, 20) and determining a revised longest propagation delay that is a maximum of the revised uncorrected propagation delays; (g) sending, to the dynamic delay element of each media path, a respective further delay signal indicating a difference between the revised longest propagation delay and the revised uncorrected propagation delay for that media path; and (h) delaying, by the dynamic delay elements, each of the related media signals by an amount equal to the difference between the revised longest propagation delay and the revised uncorrected propagation delay for that media path. (a) receiving a plurality of related media signals by a media transport system, wherein the related media signals are each sourced from a shared source space and are destined to a shared observation space; (b) transporting the related media signals in the media transport system along different media paths, each media path comprising an edge input device at an ingress of the media path, an edge output device at an egress of the media path, and a dynamic delay element for delaying media signals transported from the edge input device to the edge output device on the media path; (c) calculating an uncorrected propagation delay for each media path and calculating a longest propagation delay that is a maximum of the uncorrected propagation delays; (d) sending, to the dynamic delay element of each media path, a respective delay signal indicating a difference between the longest propagation delay and the uncorrected propagation delay for that media path; (e) delaying, by the dynamic delay elements, each of the related media signals by an amount equal to the difference between the longest propagation delay and the uncorrected propagation delay for that media path; (f) in response to a change to a propagation delay of at least one of the related media signals while transporting the related media signals, determining a revised uncorrected propagation delay for each media path (18, 20) and determining a revised longest propagation delay that is a maximum of the revised uncorrected propagation delays; (g) sending, to the dynamic delay element of each media path, a respective further delay signal indicating a difference between the revised longest propagation delay and the revised uncorrected propagation delay for that media path; and (h) delaying, by the dynamic delay elements, each of the related media signals by an amount equal to the difference between the revised longest propagation delay and the revised uncorrected propagation delay for that media path.