Silencer with improved mount

1. A noise suppressor configured for mounting over a flash hider attached to a barrel of a host firearm, the noise suppressor comprising:

a body having a proximal end and a distal end, the body defining an internal chamber positioned between the proximal and distal ends;

a series of baffles mounted along the internal chamber of the body; and

a mounting system comprising:

a proximal mount positioned proximate the proximal end of the body for at least partially mounting the noise suppressor to the flash hider, and

a stabilizing ring mounted along the body of the noise suppressor and having a central opening positioned in the internal chamber and configured to receive at least part of a distal end region of the flash hider therein, so as to engage and apply a compressive force to at least one outermost surface of the distal end region of the flash hider sufficient to substantially dampen any vibration of at least one of the noise suppressor and the flash hider created during firing of the host firearm.

2. The noise suppressor of claim 1 , wherein the stabilizing ring comprises a series of recesses formed in a forward facing surface thereof.

3. The noise suppressor of claim 1 , wherein the stabilizing ring comprises a guide surface formed about the central opening of the stabilizing ring.

4. The noise suppressor of claim 3 , wherein the stabilizing ring comprises a series of recesses formed in a forward facing surface thereof.

5. The noise suppressor of claim 1 , wherein the central opening is configured to receive a series of prongs of the flash hider in compressive engagement therewith so as to apply at least tension to the prongs.

6. The noise suppressor of claim 1 , wherein the proximal mount comprises at least one feature selected from the group consisting of:

an internal thread; and

a locking mechanism configured to releasably engage a corresponding locking surface of the flash hider.

7. The noise suppressor of claim 1 , wherein the stabilizing ring is positioned in a medial portion of the internal chamber.

8. The noise suppressor of claim 1 , wherein:

the internal chamber comprises an initial chamber positioned between the proximal end of the body and a rearmost baffle of the series of baffles, and

the stabilizing ring is positioned in a medial portion of the initial chamber.

9. The noise suppressor of claim 1 , wherein the central opening of the stabilizing ring has a larger diameter than central openings of at least some baffles of the series of baffles.

10. The noise suppressor of claim 1 in combination with the flash hider, wherein the flash hider extends at least partially into the central opening of the stabilizing ring.

11. The combination of claim 10 , wherein there is an interference fit between the flash hider and the stabilizing ring.

12. A noise suppressor configured for mounting over a flash hider attached to a barrel of a host firearm, the noise suppressor comprising:

a body having a proximal end and a distal end, the body defining an internal chamber positioned between the proximal and distal ends;

a series of baffles mounted along the internal chamber of the body, the series of baffles being positioned in the internal chamber, and a portion of the internal chamber being positioned between the proximal end of the body and a rearmost baffle of the series of baffles;

a mount positioned proximate the proximal end of the body for at least partially mounting the noise suppressor to the flash hider; and

a stabilizer extending into the internal chamber at a position between the mount and the series of baffles so that the stabilizer at least partially divides the internal chamber, the stabilizer being spaced apart from the mount positioned proximate the proximal end of the body, the stabilizer comprising an inner surface extending at least partially around an opening positioned in the internal chamber for receiving a distal end of the flash hider therein, and the inner surface of the stabilizer being configured for extending at least partially around and engaging at least one outer surface of the distal end of the flash hider,

wherein, in combination with the flash hider, the inner surface of the stabilizer engages and applies inwardly compressive force against the at least one outer surface of the distal end of the flash hider.

13. The noise suppressor of claim 12 , wherein the inner surface of the stabilizer is an annular inner surface of the stabilizer, the annular inner surface extends around the opening positioned in the internal chamber for receiving the distal end of the flash hider therein, and the annular inner surface is configured for extending around and engaging the at least one outer surface of the distal end of the flash hider.

14. The noise suppressor of claim 13 , wherein a diameter of the opening that the inner annular surface of the stabilizer extends around is not larger than an outer diameter of the distal end of the flash hider.

15. The noise suppressor of claim 13 , wherein:

the mount positioned proximate the proximal end of the body is comprised of a radially inwardly extending flange that is spaced apart from the stabilizer along the internal chamber;

a diameter of the internal chamber is positioned between the stabilizer and the radially inwardly extending flange of the mount positioned proximate the proximal end of the body; and

the diameter of the internal chamber is larger than both:

a diameter of the opening that the inner annular surface of the stabilizer extends around, and

a diameter of an opening that an inner surface of the flange extends at least partially around.

16. The noise suppressor of claim 12 , wherein the stabilizer comprises a stabilizing ring.

17. The noise suppressor of claim 16 , wherein the stabilizing ring comprises a series of recesses formed in a forward facing surface thereof.

18. The noise suppressor of claim 16 , wherein the stabilizing ring comprises a guide surface formed about the opening of the stabilizing ring.

19. The noise suppressor of claim 16 , wherein the opening is configured to receive a series of prongs of the flash hider in compressive engagement therewith.

20. A noise suppressor configured for mounting over a flash hider attached to a barrel of a host firearm, the noise suppressor comprising:

a body having a proximal end and a distal end, the body defining an internal chamber positioned between the proximal and distal ends;

a series of baffles mounted along the internal chamber of the body, the series of baffles being positioned in the internal chamber, a portion of the internal chamber being positioned between the proximal end of the body and a rearmost baffle of the series of baffles;

a mounting system for mounting the noise suppressor to the flash hider, the mounting system comprising:

a proximal mount positioned proximate the proximal end of the body for at least partially mounting a proximal end region of the noise suppressor to the flash hider, and

a medial mount extending into the internal chamber at a position between the proximal mount and the series of baffles so that the medial mount at least partially divides the internal chamber, the medial mount comprising an inner surface extending at least partially around an opening positioned in the internal chamber for receiving a distal end of the flash hider therein, the inner surface of the medial mount being configured for extending at least partially around and engaging at least one outer surface of the distal end of the flash hider.

21. The noise suppressor of claim 20 , wherein the medial mount comprises a stabilizing ring.

22. The noise suppressor of claim 21 , wherein the stabilizing ring comprises a series of recesses formed in a forward facing surface thereof.

23. The noise suppressor of claim 21 , wherein the stabilizing ring comprises an inclined guide surface formed about the opening of the stabilizing ring.

24. The noise suppressor of claim 21 , wherein the opening is configured to receive a series of prongs of the flash hider in compressive engagement therewith.