A torque connector (200,300) comprising: a box component (204,304); a pin component (202,302) to couple to the box component (204,304), comprising a first torque shoulder (206,306) to contact a first surface (212,312) of the box component (204,304) to provide a first torque capacity to the torque connector (200,300), the first torque shoulder (206,306) comprising a leading surface of the pin component (202,302); a second torque shoulder (208,308) to contact a second surface (214,314) of the box component (204,304) to provide a second torque capacity to the torque connector (200,300), the second torque shoulder (208,308) being non-perpendicular relative to the direction of the insertion of the pin component (202,302) into the box component (204,304); and a third torque shoulder (210,310) to contact a third surface (216,316) of the box component (204,304) to provide a third torque capacity to the torque connector (200,300), the third torque shoulder (210,310) comprising a collar (222,322) coupled to the pin component (202,302); and a sacrificial material (224,324) to dispose between the second torque shoulder (208,308) of the pin component (202,302) and the second surface (214,314) of the box component (204,304), such that the sacrificial material (224,324) deforms in a direction non-parallel to the direction of insertion when the pin component (202,302) is coupled to the box component (204,304). a box component (204,304); a pin component (202,302) to couple to the box component (204,304), comprising a first torque shoulder (206,306) to contact a first surface (212,312) of the box component (204,304) to provide a first torque capacity to the torque connector (200,300), the first torque shoulder (206,306) comprising a leading surface of the pin component (202,302); a second torque shoulder (208,308) to contact a second surface (214,314) of the box component (204,304) to provide a second torque capacity to the torque connector (200,300), the second torque shoulder (208,308) being non-perpendicular relative to the direction of the insertion of the pin component (202,302) into the box component (204,304); and a first torque shoulder (206,306) to contact a first surface (212,312) of the box component (204,304) to provide a first torque capacity to the torque connector (200,300), the first torque shoulder (206,306) comprising a leading surface of the pin component (202,302); a second torque shoulder (208,308) to contact a second surface (214,314) of the box component (204,304) to provide a second torque capacity to the torque connector (200,300), the second torque shoulder (208,308) being non-perpendicular relative to the direction of the insertion of the pin component (202,302) into the box component (204,304); and a third torque shoulder (210,310) to contact a third surface (216,316) of the box component (204,304) to provide a third torque capacity to the torque connector (200,300), the third torque shoulder (210,310) comprising a collar (222,322) coupled to the pin component (202,302); and a sacrificial material (224,324) to dispose between the second torque shoulder (208,308) of the pin component (202,302) and the second surface (214,314) of the box component (204,304), such that the sacrificial material (224,324) deforms in a direction non-parallel to the direction of insertion when the pin component (202,302) is coupled to the box component (204,304).