Drop turn target

1. A target adapter comprising:

a body having a first upper end and a second lower end;

a top plate disposed on the first upper end having a slot formed therein, wherein the top plate comprises two pieces;

a twisted shaft disposed in the slot so as to slide in and out of the body and thereby rotate while sliding, and having a first end disposed in the body and a second end disposed outside of the body;

a plunger disposed on the first end of the shaft and configured for resisting the flow of air between the body and the plunger;

a bullet target mount disposed on the second end of the twisted shaft; and

a catch mechanism configured for selectively allowing and preventing movement of the twisted shaft relative to the body.

2. The target adapter of claim 1 , wherein the catch mechanism comprises a notch formed in the twisted shaft and a lever attached to the body or the top plate and configured for selectively engaging the notch to thereby prevent movement of the shaft.

3. The target adapter of claim 2 , wherein the lever is biased to engage the notch.

4. The target adapter of claim 1 , wherein the twisted shaft is allowed to fall to move the target, and wherein the escape of air from the body controls the rate of fall.

5. The target adapter of claim 4 , further comprising an air bleed valve for releasing air from the body.

6. The target adapter of claim 5 , wherein the air bleed valve is adjustable.

7. The target adapter of claim 1 , further comprising an air inlet port configured for injecting air into the body to thereby raise the twisted shaft.

8. The target adapter of claim 7 , further comprising an air regulator to control the rate at which the twisted shaft is raised.

9. The target adapter of claim 7 , further comprising an air restrictor to control the rate at which the twisted shaft is raised.

10. The target adapter of claim 7 , further comprising a valve configured to allow an operator to raise the twisted shaft remotely.

11. The target adapter of claim 1 , further comprising a flange on the second lower end of the body and configured for attachment to a stand.

12. The target of claim 1 , further comprising a bullet target mounted to the bullet target mount.

13. A target adapter comprising:

a generally vertical body;

a top plate disposed on the top of the body, the top plate having a slot formed therein, the slot having a width which is adjustable;

a shaft slidably disposed in the slot so as to be extendable from or retractable into the body, the shaft having at least one twist formed thereon such that the shaft is pivoted as it slides within the slot; and

means for attaching a bullet target to the top of the shaft such that the bullet target is moved with the shaft.

14. The target adapter of claim 13 , wherein the top plate comprises two halves and wherein each half comprises a cutout portion along an edge thereof such that the two cutout portions form the slot.

15. The target adapter of claim 13 , wherein the shaft has a notch formed therein and further comprising a catch mechanism which selectively engages the notch to thereby inhibit movement of the shaft.

16. The target adapter of claim 15 , wherein the catch mechanism is mounted to the top plate.

17. The target adapter of claim 15 , wherein the notch is formed in a lower portion of the shaft to lock the shaft in an extended position.

18. The target adapter of claim 15 , wherein the lever is biased against the shaft and thereby biased into a locking position.

19. The target adapter of claim 13 , further comprising an air inlet port configured for allowing the entry of air into the body to thereby extend the shaft.

20. The target adapter of claim 19 , further comprising a valve disposed in pneumatic communication with the air inlet port and configure for allowing an operator to remotely extend the shaft.

21. The target adapter of claim 19 , further comprising at least one of the group consisting of an air flow regulator and an air flow restrictor for controlling the speed at which the shaft is extended.

22. A method for operating a target comprising:

selecting a target adapter configured for allowing a bullet target to fall through a predetermined distance and for causing the bullet target to rotate while falling, wherein the target adapter has a top plate formed from two halves which engage the twisted shaft and thereby control rotation of the target as it moves through the predetermined distance;

mounting a bullet target to the target adapter; and

causing the target to fall through the predetermined distance.

23. The method of claim 22 , wherein the method further comprises injecting pressurized air into the target adapter to thereby raise the target through the predetermined distance.

24. The method of claim 23 , wherein the method further comprises causing the target to rotate as it is raised through the predetermined distance.

25. The method of claim 22 , wherein the method further comprises selecting a target adapter having a twisted shaft which supports the target, and wherein the twists in the twisted shaft cause the target to rotate as it moves through the predetermined distance.

26. The method of claim 22 , wherein the method further comprises adjusting the halves of the top plate to achieve a desired gap between the top plate halves and the twisted shaft.

27. The method of claim 22 , wherein the method further comprises selecting a target adapter comprising a locking mechanism for inhibiting movement of the bullet target, and wherein the locking mechanism is biased into a locking position.

28. A target adapter comprising:

a body having a first upper end and a second lower end;

a top plate disposed on the first upper end, the top plate being formed by a plurality of pieces configured for disposition adjacent one another to define an adjustable slot; and

a twisted shaft disposed in the slot so as to slide in and out of the body and thereby rotate while sliding, and having a first end disposed in the body and a second end disposed outside of the body.