A clipping device, comprising: a clip (102, 202) including a capsule (106, 206) extending longitudinally from a proximal end to a distal end and including a channel (126, 226) extending therethrough, and a pair of clip arms (104, 204), proximal ends (108, 208) of which are slidably received within the channel (126, 226) to move the clip arms between an open configuration and a closed configuration, each of the pair of clip arms including an elongated opening (138, 238) extending through the proximal ends thereof; a connector (114, 214) including a central portion (150, 250) receivable between the proximal ends of the clip arms and a pin (146, 246) extending from the central portion (150, 250) receivable within the opening (138, 238) of each of the clip arms, the connector (114, 214) movable from an unlocked configuration, in which the pin (146, 246) is received within a distal portion of the elongated opening (138, 238), to a locked configuration, in which the pin (146, 246) is received within a proximal portion of the elongated opening (138, 238), when a predetermined force is applied thereto; and a control member (112, 212) extending through a proximal portion of the clipping device from a proximal end to a distal end releasably coupled to the connector (114, 214) so that a longitudinal movement of the control member relative to the capsule (106, 206) moves the clip (102, 202) between the open and the closed configurations, when the connector (114, 214) is in the unlocked configuration; characterised in that the distal and proximal portions of the elongated opening (138, 238) are connected via a middle portion (144, 244) having a width smaller than a width of the distal and proximal portions wherein one of the pin (146, 246) and a portion of the clip arms is configured to deform to permit movement of the pin (146, 246) from the distal portion to the proximal portion. a clip (102, 202) including a capsule (106, 206) extending longitudinally from a proximal end to a distal end and including a channel (126, 226) extending therethrough, and a pair of clip arms (104, 204), proximal ends (108, 208) of which are slidably received within the channel (126, 226) to move the clip arms between an open configuration and a closed configuration, each of the pair of clip arms including an elongated opening (138, 238) extending through the proximal ends thereof; a connector (114, 214) including a central portion (150, 250) receivable between the proximal ends of the clip arms and a pin (146, 246) extending from the central portion (150, 250) receivable within the opening (138, 238) of each of the clip arms, the connector (114, 214) movable from an unlocked configuration, in which the pin (146, 246) is received within a distal portion of the elongated opening (138, 238), to a locked configuration, in which the pin (146, 246) is received within a proximal portion of the elongated opening (138, 238), when a predetermined force is applied thereto; and a control member (112, 212) extending through a proximal portion of the clipping device from a proximal end to a distal end releasably coupled to the connector (114, 214) so that a longitudinal movement of the control member relative to the capsule (106, 206) moves the clip (102, 202) between the open and the closed configurations, when the connector (114, 214) is in the unlocked configuration; characterised in that the distal and proximal portions of the elongated opening (138, 238) are connected via a middle portion (144, 244) having a width smaller than a width of the distal and proximal portions wherein one of the pin (146, 246) and a portion of the clip arms is configured to deform to permit movement of the pin (146, 246) from the distal portion to the proximal portion.