A soft kettlebell and methods for making the soft kettlebell. The soft kettlebell may generally comprise a body, the body having a soft outer shell and an inner weighted fill material, and a handle attached to the body. One or more embodiments of the soft kettlebell may provide for a safer alternati
A soft kettlebell and methods for making the soft kettlebell. The soft kettlebell may generally comprise a body, the body having a soft outer shell and an inner weighted fill material, and a handle attached to the body. One or more embodiments of the soft kettlebell may provide for a safer alternative to conventional kettlebells while allowing a user the flexibility of performing similar weight training exercises as with the conventional kettlebells. The soft body of the soft kettlebell may dampen any inadvertent impact against users and surrounding objects if dropped or if loss of control occurs.
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1. A kettlebell, comprising: a fill material, the fill material comprising one or more materials selected from the group consisting of sand, iron sand, and iron pellets;a soft outer sealable enclosure formed of a pliable material, the soft outer sealable enclosure capable of receiving the fill mater
1. A kettlebell, comprising: a fill material, the fill material comprising one or more materials selected from the group consisting of sand, iron sand, and iron pellets;a soft outer sealable enclosure formed of a pliable material, the soft outer sealable enclosure capable of receiving the fill material;a sealed non-porous bladder comprising the fill material, the non-porous bladder disposed within at least a portion of the sealable outer enclosure, where in the non-porous bladder is sealed via reinforced stitching along a perimeter of the non-porous bladder, and wherein the non-porous bladder is partially attached to the soft outer sealable enclosure via reinforced stitching of the non-porous bladder directly along a perimeter of the soft outer sealable enclosure; anda handle coupled to the soft outer sealable enclosure. 2. The kettlebell of claim of 1, where in the handle comprises a strap coupled to the sealable enclosure, wherein the strap is partially enclosed within a sleeve, wherein the sleeve is substantially centered along a length of the strap, and wherein the strap comprising first and second ends coupled to the soft outer sealable enclosure via reinforced stitching. 3. The kettlebell of claim 2, the strap comprising one or more materials selected from a group consisting of: polyester, polyester nylon, neoprene, leather, cotton, spandex, canvas, polyurethane foam, and rope. 4. The kettlebell of claim 2, the sleeve comprising one or more materials selected from a group consisting of: polyvinyl chloride (PVC), thermoplastic elastomers (TPE), thermoplastic rubbers (TPR), and ethylene-vinyl acetate (EVA) foams. 5. The kettlebell of claim 2, wherein the sleeve comprises a smooth surface to facilitate free movement of the handle in a user's hand, and wherein the handle further comprises one or more surface deviations to provide traction to aid in controlling the kettlebell, the one or more surface deviations selected from a group consisting of: ridges, bumps, and indentations. 6. The kettlebell of claim 1, the handle comprising: a rigid structure disposed within the enclosure, the rigid structure comprising: an upper arcuate portion housed within an upper portion of the enclosure; and first and second legs that extend from the upper arcuate portion into a lower portion of the enclosure. 7. The kettlebell of claim 6, the rigid structure comprising one or more materials selected from a group consisting of: polyvinyl chloride (PVC), acrylonitrile butadiene styrene (ABS) plastic, any thermoplastic, plastic, aluminum, steel, and wood. 8. The kettlebell of claim 6, each of the first and second legs comprising a rounded end. 9. A method of manufacturing the kettlebell of claim 6, comprising: stitching one or more edges of the sealable enclosure; disposing said non-porous bladder within the sealable enclosure; inserting the rigid structure through an unstitched bottom portion of the sealable enclosure; and stitching the bottom portion of the sealable enclosure to one or more unstitched edges of the sealable enclosure. 10. The method of claim 9, the inserting the rigid structure further comprising disposing the rigid structure between the bladder and the sealable enclosure. 11. The method of claim 9, further comprising filling the bladder with a fill material prior to enclosing the sealable enclosure, the kettlebell comprising a total weight ranging of from about 5 lbs to about 30 lbs. 12. The kettlebell of claim 1, the soft outer sealable enclosure comprising one or more materials selected from a group consisting of: polyester, polyester nylon, neoprene, leather, cotton, spandex, canvas, and polyurethane foam. 13. The kettlebell of claim 1, comprising a total weight ranging from about 5 lbs to about 30 lbs.
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