Firearm recoil pad and associated accessories

1. A recoil pad assembly, comprising:

a recoil pad configured to be coupled to a buttstock of a firearm, the recoil pad comprising:

a body having a first face, a second face, a first end, and a second end;

a storage slot disposed into the first face of the body between the first end and the second end, wherein the storage slot extends along a longitudinal axis of the recoil pad;

at least one block extending from the first face and disposed adjacent to the storage slot;

at least one nub extending from a floor surface of the storage slot, wherein the at least one nub is configured to slidably receive at least one corresponding tool aperture of a tool; and

a set of anchors disposed on the body adjacent to the storage slot and extending from the first face; and

the tool removably coupled to the recoil pad, wherein the tool is configured to be inserted into the storage slot in a secured position, and wherein the at least one nub is configured to secure the tool to the recoil pad when the at least one nub is slidably received within the at least one corresponding tool aperture of the tool.

2. The recoil pad assembly of claim 1 , wherein the tool comprises:

a tool frame with a proximate end and a distal end;

a spanner wrench in the tool frame; and

a slotted screwdriver disposed at the distal end.

3. The recoil pad of claim 2 , wherein the tool further comprises a hex wrench disposed in the tool frame.

4. The recoil pad assembly of claim 2 , wherein the tool further comprises a bolt override tool disposed on the proximate end of the tool frame.

5. The recoil pad assembly of claim 2 , wherein the tool further comprises a series of dot indicators disposed along the tool frame.

6. The recoil pad assembly of claim 1 , wherein the set of anchors comprises:

a primary anchor extending from the first face of the body; and

a pair of anchor clips extending out from the first face of the body and disposed adjacent to the storage slot.

7. A recoil pad assembly comprising:

a recoil pad configured to be coupled to a buttstock of a firearm, comprising:

a body having a first face, a second face, a first end, and a second end;

a storage slot disposed into the first face of the body, wherein the storage slot extends along a longitudinal axis of the recoil pad;

at least one block extending from the first face of the body and disposed adjacent to the storage slot;

a plurality of anchors disposed on the body adjacent to the storage slot and extending from the first face; and

at least one nub extending from a floor surface of the storage slot, wherein the at least one nub is configured to slidably receive at least one corresponding tool aperture of a tool; and

a tool configured to be removably coupled to the recoil pad, the tool comprising:

a tool frame having a proximate end and a distal end;

a bolt override tool disposed adjacent the proximate end of the tool frame;

a series of dot indicators disposed along the tool frame;

at least one aperture disposed on the tool frame and configured to receive at least a portion of the at least one nub, wherein the at least one nub is configured to secure the tool to the recoil pad when the at least one nub is slidably received within the at least one corresponding tool aperture of the tool;

a hex wrench disposed in the tool frame; and

a dual-lug castle nut spanner wrench disposed in the tool frame, wherein the tool is configured to be inserted into the storage slot.

8. The recoil pad assembly of claim 7 , wherein the plurality of anchors comprises:

a primary anchor disposed adjacent to the first end on the body; and

a pair of anchor clips disposed on the body adjacent to the storage slot.

9. A recoil pad assembly comprising:

a recoil pad configured to be coupled to a buttstock of a firearm, comprising:

a body having a first face and a second face;

a storage slot disposed into the first face of the body, wherein the storage slot extends along a longitudinal axis of the recoil pad;

at least one block extending from the first face and disposed adjacent to the storage slot;

a plurality of anchors disposed on the body adjacent to the storage slot and extending from the first face; and

a plurality of nubs extending from a floor surface of the storage slot, wherein the plurality of nubs is configured to slidably receive a plurality of apertures of a tool; and

the tool configured to be slidably inserted into the storage slot, the tool comprising:

a tool frame having a proximate end and a distal end; and

the plurality of apertures disposed on the tool frame, wherein each of the plurality of apertures is configured to receive one of the plurality of nubs to removably couple the tool to the recoil pad, and wherein the plurality of nubs is configured to secure the tool to the recoil pad when each of the plurality of nubs is slidably received within each of the plurality of apertures.

10. The recoil pad assembly of claim 9 , wherein the plurality of anchors further comprises:

a primary anchor disposed on the body adjacent to a first end of the body; and

at least one anchor clip disposed on the body adjacent to the storage slot.

11. The recoil pad assembly of claim 9 , wherein the tool further comprises a spanner wrench disposed adjacent to the distal end of the tool frame.

12. The recoil pad assembly of claim 9 , wherein the tool further comprises a slotted screwdriver disposed at the distal end of the tool frame.

13. The recoil pad of claim 9 , wherein the tool further comprises:

a hex wrench disposed adjacent to the proximate end of the tool frame; and

a dual-lug castle nut spanner wrench disposed adjacent to the distal end of the tool frame.

14. The recoil pad assembly of claim 9 , wherein the tool further comprises a bolt override tool disposed on the proximate end of the tool frame.

15. The recoil pad assembly of claim 9 , wherein the tool further comprises a plurality of dot indicators disposed along the tool frame, wherein each dot indicator identifies one of a plurality of tools on the tool.