Shooting target assembly
Shooting target assemblies have a post element having spaced-apart upper first and second protrusions defining an elongated target receptacle slot, the target receptacle slot having a closed lower end and an open upper end, a target plate having a main portion and an elongated stem portion extending from the main portion, the stem portion having parallel stem legs spaced apart to define a stem slot, a bridge portion connected between the stem legs away from the main portion and defining a lower end of the stem slot, the stem slot of the target plate being adapted to closely receive one of the first and second protrusions of the post element, and the target receptacle slot of the post element being adapted to closely receive the bridge portion of the target plate. The target receptacle slot may have a slot width adapted to closely receive the bridge.
1. A shooting target assembly comprising:
a post element having spaced-apart upper first and second protrusions defining an elongated target receptacle slot;
the target receptacle slot having a closed lower end and an open upper end;
a target plate having a main portion and an elongated stem portion extending from the main portion;
the stem portion having parallel stem legs spaced apart to define a stem slot;
a bridge portion connected between the stem legs away from the main portion and defining a lower end of the stem slot;
the stem slot of the target plate being adapted to closely receive one of the first and second protrusions of the post element; and
the target receptacle slot of the post element being adapted to closely receive the bridge portion of the target plate.
2. The shooting target assembly of claim 1 wherein the target receptacle slot has a slot width adapted to closely receive the bridge.
3. The shooting target assembly of claim 1 wherein the bridge has a bridge thickness and the target receptacle slot having a slot width adapted to closely receive the bridge.
4. The shooting target assembly of claim 1 wherein the stem portion has a free end defining an end slot, with the bridge being between the end slot and the stem slot.
5. The shooting target assembly of claim 4 wherein the end slot is aligned with the stem slot.
6. The shooting target assembly of claim 4 wherein the free end comprises opposed tapered elements with the end slot defined between the tapered elements.
7. The shooting target assembly of claim 1 wherein the post element is an elongated body defining a post axis, and wherein the target receptacle slot is inclined with respect to the post axis.
8. The shooting target assembly of claim 1 wherein the post element defines a forward direction and having a rear free end protrusion and a forward free end protrusion defining the target receptacle slot.
9. The shooting target assembly of claim 8 wherein the forward free end protrusion extends beyond the rear free end protrusion.
10. The shooting target assembly of claim 9 wherein the rear free end protrusion extends to a limited height below the level of the main portion of the target.
11. The shooting target assembly of claim 9 wherein the forward free end protrusion extends to a selected height above the level of a lower perimeter of the main portion of the target.
12. The shooting target assembly of claim 8 wherein the forward free end protrusion has a rearward face in part defining the target receptacle slot, and a forward face defining an upward facing notch surface.
13. The shooting target assembly of claim 12 wherein the notch surface is adapted to be positioned proximate to a slot limit surface defining an upper limit of the stem slot.
14. The shooting target assembly of claim 12 wherein the notch surface is perpendicular to the target receptacle slot.