Electrical terminal for terminating a wire, the electrical terminal comprising: a crimp segment with a base and opposing side walls (77a, 77b) extending from the base, and comprising a first region for receiving stripped conductors of the wire and a second region for receiving a wire part with insulation, wherein the opposing sidewalls (77a, 77b) of the first region are configured and arranged such that they are adapted to form a F-crimp when crimped, wherein the crimp segment further comprises a transition region between the first and second region (73, 11) wherein the side walls (77a, 77b) of the transition region are configured and arranged such that they are adapted to envelop the wire with end regions (45a/b) of the sidewalls (77a, 77b) overlapping each other in the circumferential direction when crimped, and wherein the base and the sidewalls (21a/b) of the second region are adapted to form a non overlapping open or closed ring shape when crimped, and the sidewalls (21a/b) of the second region are configured and arranged such that a joining region can be observed that extends at least partially over the circumference of the wire when crimped, characterized in that the base and side walls (77a, 77b) of the first region and the sidewalls (23a/b) of the transition region are adapted to form a tunnel with the side walls of the tunnel forming a confined volume when crimped, the extremity of the first region opposite to the extremity of the first region adjacent the transition region comprises one or more bendable front cover ends (79a, 79b) to close the tunnel at that extremity, and the ends of the front cover ends (79a/b) are adapted to overlap when crimped, wherein one of the sidewalls of the first region is longer than the other sidewall. a crimp segment with a base and opposing side walls (77a, 77b) extending from the base, and comprising a first region for receiving stripped conductors of the wire and a second region for receiving a wire part with insulation, wherein the opposing sidewalls (77a, 77b) of the first region are configured and arranged such that they are adapted to form a F-crimp when crimped, wherein the crimp segment further comprises a transition region between the first and second region (73, 11) wherein the side walls (77a, 77b) of the transition region are configured and arranged such that they are adapted to envelop the wire with end regions (45a/b) of the sidewalls (77a, 77b) overlapping each other in the circumferential direction when crimped, and wherein the base and the sidewalls (21a/b) of the second region are adapted to form a non overlapping open or closed ring shape when crimped, and the sidewalls (21a/b) of the second region are configured and arranged such that a joining region can be observed that extends at least partially over the circumference of the wire when crimped, characterized in that the base and side walls (77a, 77b) of the first region and the sidewalls (23a/b) of the transition region are adapted to form a tunnel with the side walls of the tunnel forming a confined volume when crimped, the extremity of the first region opposite to the extremity of the first region adjacent the transition region comprises one or more bendable front cover ends (79a, 79b) to close the tunnel at that extremity, and the ends of the front cover ends (79a/b) are adapted to overlap when crimped, wherein one of the sidewalls of the first region is longer than the other sidewall.