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Methods of attaching a drum head to a drum body. Lug assemblies may include a lug body having a recess and a seating surface; an elongate link having a proximate end disposed near the drum head and a distal end disposed away from the drum head. A stop assembly is adjustably coupled to the link. The

Methods of attaching a drum head to a drum body. Lug assemblies may include a lug body having a recess and a seating surface; an elongate link having a proximate end disposed near the drum head and a distal end disposed away from the drum head. A stop assembly is adjustably coupled to the link. The stop assembly constrains the link distal end from movement toward the drum head when the stop assembly engages the link and bears against the seating surface. Engagement surfaces constrain rotation of the stop assembly and thereby allow the stop assembly to be loosened, i.e., moved toward the link distal end, when the stop assembly is too shallowly disposed on the link. The stop assembly may be inserted into the recess from a direction that is generally tangential to a periphery of the drum body.

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What is claimed is: 1. A method of securing a drum head to a drum body via a plurality of drum lug assemblies, each drum lug assembly comprising: a three dimensional lug body disposed on the drum body and having a top surface facing toward said drum head and a side facing generally transverse there

What is claimed is: 1. A method of securing a drum head to a drum body via a plurality of drum lug assemblies, each drum lug assembly comprising: a three dimensional lug body disposed on the drum body and having a top surface facing toward said drum head and a side facing generally transverse thereto; a link having a first end proximate said drum head and a second end distal from said drum head; a stop assembly adjustably coupled to the link; said lug body having a recess formed as a hollow portion in said lug body; said recess bounded toward said top surface by a bearing surface and opening toward said side; the method comprising: for at least one of the drum lug assemblies, engaging the stop assembly with the lug body by inserting said stop assembly partially into said lug body when said stop assembly is disposed shallowly on said link such that said stop assembly is located closer than said bearing surface to said link first end; and, during said engagement, moving said stop assembly from a first position along the corresponding link to a second position, the first position located closer than said bearing surface to the first end of the corresponding link; thereafter, applying tension to the link by moving said stop assembly along said link to a third position bearing against said bearing surface with said bearing surface constraining said stop assembly to remain at least as far as said bearing surface from said drum head during said tension application; said third position closer than said second position to said link first end. 2. The method of claim 1 further comprising repeating said engaging and said tension applying for at least another one of said drum lug assemblies. 3. The method of claim 1 wherein said recess extends along a longitudinally axis of said lug body; and wherein said link is disposed at an angle relative to said axis during said engaging. 4. The method of claim 1 wherein moving said stop assembly along said link to a third position comprises moving said stop assembly along said link to a third position by rotating said stop assembly relative to said link. 5. The method of claim 1 wherein moving said stop assembly from said first position to said second position comprises rotating said link relative to said lug body while said lug body prevents rotation of said stop assembly relative to said lug body. 6. The method of claim 1 wherein said stop assembly comprises a nut coupled to said link. 7. The method of claim 6 wherein said stop assembly further comprises a spacer disposed on said link closer than said nut to said drum head. 8. The method of claim 1 wherein said lug body further comprises a pair of laterally extending flanges defining a space leading to said recess; wherein said engaging said stop assembly comprises said flanges engaging said stop assembly. 9. A method of securing a drum head to a drum body, comprising: securing a plurality of drum lugs to the drum body; said drum lugs comprising: a three dimensional lug body having a top surface facing toward said drum head and a side facing generally transverse thereto; a recess formed as a hollow portion in said lug body; said recess bounded toward said top surface by a bearing surface and opening toward said side; disposing a drum head proximate one end of said drum body; extending a link from said drum head toward a first of said drum lugs; said link having a first end proximate said drum head and a second end distal from said drum head, with a stop assembly adjustably coupled to the link therebetween; with said stop assembly disposed shallowly on said link such that said stop assembly is located closer than said bearing surface to said link first end, engaging the stop assembly with the lug body by inserting said stop assembly partially into said lug body; thereafter, with said stop assembly engaged by said lug body, moving said stop assembly from a first position along the link to a second position, the first position located closer than said bearing surface to the link first end; thereafter, applying tension to the link by moving said stop assembly along said link to a third position bearing against said bearing surface with said bearing surface constraining said stop assembly to remain at least as far as said bearing surface from said drum head during said tension application; said third position closer than said second position to the link first end. 10. The method of claim 9 further comprising repeating said extending, engaging, moving, and applying tension steps with a second of said drum lugs and a corresponding link. 11. The method of claim 9 wherein said bearing surface has profile of a portion of a sphere. 12. The method of claim 8 wherein said link is threaded, and wherein moving said stop assembly along said link to a third position comprises moving said stop assembly along said link to a third position by rotating said stop assembly relative to said link. 13. The method of claim 9 wherein said lug body of said first drum lug further comprises a pair of laterally extending flanges defining a space leading to said recess, said flanges spaced at least as far apart as tightening surfaces on said stop assembly; wherein said engaging said stop assembly comprises said flanges engaging said stop assembly. 14. The method of claim 9 wherein said securing said plurality of drum lugs to said drum body comprises securing said plurality of drum lugs to said drum body via corresponding threaded fasteners. 15. A method of securing a drum head to a drum body; comprising: securing a first side-entry drum lug to the drum body; said drum lug comprising a three dimensional lug body having a top surface facing toward said drum head and a side facing generally transverse thereto; said lug body having a recess formed as a longitudinally extending hollow portion in said lug body; said recess bounded toward said top surface by a bearing surface; said lug body further comprising a pair of laterally extending flanges defining a space leading to said recess; disposing a drum head proximate one end of said drum body; extending a link from said drum head toward said first drum lug; said link having a first end proximate said drum head and a second end distal from said drum head, with a stop assembly adjustably coupled to the link therebetween; with said stop assembly disposed shallowly on said link such that said stop assembly is located closer than said bearing surface to said link first end, engaging the stop assembly with the flanges of the lug body by inserting said stop assembly at least partially into said space in said lug body from a direction generally tangential to a periphery of said drum body; with said stop assembly engaged by said flanges, increasing a distance between the stop assembly and the link first end by moving said stop assembly from a first position along the link to a second position, the first position located closer than said bearing surface to the link first end; changing an angular position of the link relative to said lug body; thereafter, applying tension to the link by moving said stop assembly along said link to a third position abutting against said bearing surface; said third position closer than said second position to the link first end. 16. The method of claim 15 further comprising: securing a second side entry drum lug to said drum body, said second drum lug being substantially identical to said first drum lug; performing said extending, engaging, increasing, changing angular position, and applying tension steps with said second drum lug and a corresponding link. 17. The method of claim 15 wherein changing an angular position of the link relative to the body comprises inserting said stop assembly into said recess after said increasing. 18. The method of claim 15 wherein said applying tension to the link comprises rotating said link relative to said stop assembly while said stop assembly remains substantially unrotated relative to said lug body. 19. The method of claim 15 wherein said stop assembly comprises a faceted portion, and wherein said engaging the stop assembly with the flanges of the lug body comprises engaging the faceted portion with the flanges of the lug body.