Recoil reducing systems for a stock

1. A recoil reduction system, comprising:

a stock having a track formed therein, wherein the track extends to a bottom wall;

a sliding member having a front end, a rear end, a right side, and a left side, wherein the sliding member includes a rail extending from the right side and the left side of the sliding member, and wherein the sliding member slidably interacts with the track by interaction of the track and the rail;

a handgrip member formed as a portion of the stock, wherein the handgrip member includes a chamber that extends within the handgrip member;

a first recoil reduction means mounted within the chamber, wherein the first recoil reduction means is configured to oppose sliding by the sliding member in at least one direction; and

a second recoil reduction means that slidably interacts with the track, wherein the second recoil reduction means is configured to oppose sliding by the sliding member in at least one direction.

2. The recoil reduction system of claim 1 , wherein the track formed in the stock is an inverted T-shaped track and the rail is an inverted T-shaped rail.

3. The recoil reduction system of claim 1 , wherein said first recoil reduction means comprises a spring biased camming lever that interacts with the sliding member.

4. The recoil reduction system of claim 1 , wherein the first recoil reduction means comprises a torsion spring connected to a camming means.

5. The recoil reduction system of claim 4 , wherein the torsion spring and camming means are configured to pivot about the same axis.

6. The recoil reduction system of claim 1 , wherein the first recoil reduction means has reduced rebound.

7. The recoil reduction system of claim 1 , wherein the first recoil reduction means comprises a coil spring, a threaded rod surrounded by a coil spring held in place by a nut, a leaf spring, an elastomeric block, or a torsion spring.

8. The recoil reduction system of claim 1 , wherein said second recoil reduction means comprises a compression spring that interacts with the sliding member.

9. The recoil reduction system of claim 8 , wherein said compression spring is positioned between the bottom wall of the track and the rear wall of the sliding member.

10. The recoil reduction system of claim 8 , wherein said compression spring is housed at least partially within a compression spring sleeve.

11. A compound recoil reduction system, comprising:

a camming member having a first end, a middle, and a second end;

a pivot pin pivotally securing the camming member to a recoil reduction means housing;

a spring connected to the camming member;

a compression spring having a first end and a second end; and

a sliding member that is configured to be slidably connected to a stock, wherein the camming member and the spring are configured to oppose sliding by the sliding member in at least one direction by interaction of the first end of the caroming member and a first surface of the sliding member, and wherein the compression spring is configured to oppose sliding by the sliding member in at least one direction by interaction of an end of the compression spring and a second surface of the sliding member.

12. The compound recoil reduction system of claim 11 , wherein the camming member comprises a cam, and wherein the spring comprises a torsion spring.

13. The compound recoil reduction system of claim 11 , wherein a recoil reduction means housing comprises a stock having a handgrip member, a track being formed in the stock, wherein the camming member and spring are mounted in a chamber within the handgrip member, and wherein the sliding member is slidable within the track.

14. The compound recoil reduction system of claim 11 , wherein the sliding member is configured to connect to a receiver via a mounting means.

15. The compound recoil reduction system of claim 11 , wherein the spring comprises a coil spring, a threaded rod surrounded by a coil spring held in place by a nut, a leaf spring, an elastomeric block, or a torsion spring.