Abstract: An axial reset target structure is disclosed for supporting targets during target practice. An example axial reset target structure includes a base member with a base ramp. The example axial reset target structure also includes a target mounting member for mounting a target thereto. The example axial reset target structure also includes a mounting ramp in the target mounting member. The example axial reset target structure has at least one firing position for firing at the target mounted to the target mounting member. The example axial reset target structure also has a hit position when the target is struck. The mounting ramp rotates in a first direction relative to the base ramp to move the target mounting member away from the base member in the hit position. The target automatically resets to the at least one firing position.

Abstract: An axial reset target structure is disclosed for supporting targets during target practice. An example axial reset target structure includes a base member with a base ramp. The example axial reset target structure also includes a target mounting member for mounting a target thereto. The example axial reset target structure also includes a mounting ramp in the target mounting member. The example axial reset target structure has at least one firing position for firing at the target mounted to the target mounting member. The example axial reset target structure also has a hit position when the target is struck. The mounting ramp rotates in a first direction relative to the base ramp to move the target mounting member away from the base member in the hit position. The target automatically resets to the at least one firing position.

Abstract: An example telecommunications pole topper includes an axisymmetric centerline support structure configured for mounting at least one telecommunications antenna. A shroud closes off an interior voided area formed between the shroud and the centerline support structure. A universal multiple-axis adjustable bracket is configured to move up and down and around the centerline support structure when mounted thereto. The multiple-axis adjustable bracket together with the centerline support structure provides a mounting structure within the interior voided section of the shroud for mounting the at least one telecommunications antenna to the centerline support structure for 360 degrees of rotation about the centerline support structure. The support structure within the shroud accommodates different antenna sizes and shapes of telecommunications antennas and different mounting configurations to support a plurality of telecommunications coverage patterns.