A wear member for an earth-working implement , the wear member comprising: a body having a front portion , a rear portion , a top portion , a bottom portion , an inner side portion and an outer side portion ; a front face defined on the front portion , the front face extending between a front inner side edge , a front outer side edge , a front top edge , and a front bottom edge ; and a front cutout formed in the front face and delimited by a front upper cutout edge and a front lower cutout edge , the front upper cutout edge disposed between the front top edge and the front bottom edge , and the front lower cutout edge disposed between the front upper cutout edge and the front bottom edge ; a front lower surface defined on the front face between the front lower cutout edge and the front bottom edge ; a front upper surface defined on the front surface between the front upper cutout edge and the front top edge ; a front cutout surface defined by the front cutout between the front lower cutout edge and the front upper cutout edge , the front cutout surface being offset from the front lower surface and the front upper surface in a direction along a normal axis defined perpendicular to a longitudinal axis of the wear member ; a lower wear indicator groove formed in the front face substantially parallel to the front bottom edge ; and a lower wear face defined between the front bottom edge and the lower wear indicator groove ; wherein the body is configured to be mounted to a mounting edge of the earth-working implement such that the front face faces a direction away from the earth-working implement and the lower wear face is disposed between the mounting edge and a work surface; characterised in that a ratio between a wear indicator depth (X), measured along the normal axis , and a thickness of the body (A), measured along the normal axis between the front face and the rear face , is in a range between about 1:20 and about 2:5. a body having a front portion , a rear portion , a top portion , a bottom portion , an inner side portion and an outer side portion ; a front face defined on the front portion , the front face extending between a front inner side edge , a front outer side edge , a front top edge , and a front bottom edge ; and a front cutout formed in the front face and delimited by a front upper cutout edge and a front lower cutout edge , the front upper cutout edge disposed between the front top edge and the front bottom edge , and the front lower cutout edge disposed between the front upper cutout edge and the front bottom edge ; a front lower surface defined on the front face between the front lower cutout edge and the front bottom edge ; a front upper surface defined on the front surface between the front upper cutout edge and the front top edge ; a front cutout surface defined by the front cutout between the front lower cutout edge and the front upper cutout edge , the front cutout surface being offset from the front lower surface and the front upper surface in a direction along a normal axis defined perpendicular to a longitudinal axis of the wear member ; a lower wear indicator groove formed in the front face substantially parallel to the front bottom edge ; and a lower wear face defined between the front bottom edge and the lower wear indicator groove ; wherein the body is configured to be mounted to a mounting edge of the earth-working implement such that the front face faces a direction away from the earth-working implement and the lower wear face is disposed between the mounting edge and a work surface; characterised in that a ratio between a wear indicator depth (X), measured along the normal axis , and a thickness of the body (A), measured along the normal axis between the front face and the rear face , is in a range between about 1:20 and about 2:5. <EOS>