A telescoping stent, comprising: a proximal anchoring member; a distal anchoring member; and two or more tubular segments (310, 311) comprising a longitudinal axis; at least one of the tubular segments (310, 311) comprising: an interior wall, further comprising one or more receivers, each further comprising a proximal end, a distal end, a vestibule, and a track along the longitudinal axis, wherein the vestibule is narrower than, disposed interior to, and continuous with the track; and at least one of the tubular segments (310, 311) comprising: an exterior wall, further comprising one or more insertors, each further comprising a neck and a head, wherein the neck is narrower than, disposed interior to, and continuous with the head. wherein: the two or more tubular segments (310, 311) have different diameters; at least one tubular segment overlaps along the longitudinal axis with one or more other tubular segments; each receiver of a larger tubular segment houses one or more insertors of a smaller diameter tubular segment wherein the insertor's necks are smaller than and in the receiver's vestibule, and the inserter's heads are smaller than and in the receiver's track and move variably along the longitudinal axis, but are larger than the receiver's vestibule and cannot exit the receiver; overlapping segments are at maximum overlap when the proximal end of a receiver makes contact with the most proximal insertor it houses, and overlapping segments are at minimum overlap when the distal end of a receiver makes contact with the most distal insertor it houses. a proximal anchoring member; a distal anchoring member; and two or more tubular segments (310, 311) comprising a longitudinal axis; at least one of the tubular segments (310, 311) comprising: an interior wall, further comprising one or more receivers, each further comprising a proximal end, a distal end, a vestibule, and a track along the longitudinal axis, wherein the vestibule is narrower than, disposed interior to, and continuous with the track; and at least one of the tubular segments (310, 311) comprising: an exterior wall, further comprising one or more insertors, each further comprising a neck and a head, wherein the neck is narrower than, disposed interior to, and continuous with the head. an interior wall, further comprising one or more receivers, each further comprising a proximal end, a distal end, a vestibule, and a track along the longitudinal axis, wherein the vestibule is narrower than, disposed interior to, and continuous with the track; and at least one of the tubular segments (310, 311) comprising: an exterior wall, further comprising one or more insertors, each further comprising a neck and a head, wherein the neck is narrower than, disposed interior to, and continuous with the head. wherein: the two or more tubular segments (310, 311) have different diameters; at least one tubular segment overlaps along the longitudinal axis with one or more other tubular segments; each receiver of a larger tubular segment houses one or more insertors of a smaller diameter tubular segment wherein the insertor's necks are smaller than and in the receiver's vestibule, and the inserter's heads are smaller than and in the receiver's track and move variably along the longitudinal axis, but are larger than the receiver's vestibule and cannot exit the receiver; overlapping segments are at maximum overlap when the proximal end of a receiver makes contact with the most proximal insertor it houses, and overlapping segments are at minimum overlap when the distal end of a receiver makes contact with the most distal insertor it houses. the two or more tubular segments (310, 311) have different diameters; at least one tubular segment overlaps along the longitudinal axis with one or more other tubular segments; each receiver of a larger tubular segment houses one or more insertors of a smaller diameter tubular segment wherein the insertor's necks are smaller than and in the receiver's vestibule, and the inserter's heads are smaller than and in the receiver's track and move variably along the longitudinal axis, but are larger than the receiver's vestibule and cannot exit the receiver; overlapping segments are at maximum overlap when the proximal end of a receiver makes contact with the most proximal insertor it houses, and overlapping segments are at minimum overlap when the distal end of a receiver makes contact with the most distal insertor it houses.