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Jump rope devices which allow for the quick and easy interchanging of a cable of varying weight and length from handles configured to provide smooth rotation of such cables at both low and high speeds are disclosed. Devices in accordance with the disclosure may comprise a ball bearing assembly confi

Jump rope devices which allow for the quick and easy interchanging of a cable of varying weight and length from handles configured to provide smooth rotation of such cables at both low and high speeds are disclosed. Devices in accordance with the disclosure may comprise a ball bearing assembly configured to facilitate 360-degree rotation of the cable. In an aspect, the handle of such jump rope devices is comprised of a ball bearing portion which enables both speed of rotational movement for a plurality of relatively lighter cables, and strength and durability for a plurality of relatively heavier cables. Handles may further comprise a snap hook assembly configured to facilitate rapid interchanging of cables.

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1. A jump rope device, comprising: a plurality of handles, each handle comprising: a handle grip, comprising: an inner grip portion; andan outer grip portion;a handle rotator connected to the outer grip portion, the handle rotator comprising: a bearing, comprising: an inner bearing portion;an outer

1. A jump rope device, comprising: a plurality of handles, each handle comprising: a handle grip, comprising: an inner grip portion; andan outer grip portion;a handle rotator connected to the outer grip portion, the handle rotator comprising: a bearing, comprising: an inner bearing portion;an outer bearing portion;a bearing inner bore;a plurality of balls; anda joint pin, the joint pin rotatably connected to the bearing, the joint pin comprising: an outer joint pin portion; an annular groove; and a joint pin flange; anda handle connector, comprising: an inner handle connector portion; andan outer handle connector portion;wherein the handle connector is configured to removably connect a cable;wherein the outer joint pin portion protrudes through the bearing inner bore, the plurality of balls are partially located in the annular groove, the annular groove is located between the outer joint pin portion and the joint pin flange, and the joint pin flange engages the inner bearing portion;wherein the outer joint pin portion of the handle is moveably connected to the handle connector; wherein the bearing facilitates three-hundred and sixty degree rotation of the handle connector relative to the handle grip. 2. The jump rope device of claim 1, wherein the jump rope device comprises two handles. 3. The jump rope device of claim 2, wherein the two handles are each configured to enable jump rope exercise with a 1.5 kilogram cable. 4. The jump rope device of claim 1, wherein the joint pin flange is circular. 5. The jump rope device of claim 1, wherein the joint pin flange has a cross sectional length greater than the inner diameter of the bearing inner bore. 6. The jump rope device of claim 1, wherein the outer grip portion further comprises a retainer, comprising: an inner retainer portion;an outer retainer portion; anda retainer inner bore;wherein the inner retainer portion engages the outer bearing portion, the inner retainer portion prevents movement of the bearing in an outward direction, the outer joint pin portion protrudes through the retainer inner bore, and the cross section of the retainer inner bore is greater than the cross section of the bearing inner bore. 7. The jump rope device of claim 6, wherein the retainer is constructed of metal and configured to enable jump rope exercise with a 1.5 kilogram cable. 8. The jump rope device of claim 1, wherein the handle connector is one of: a D-ring, an O-ring, a snap hook, and a shackle. 9. The jump rope device of claim 1, wherein the handle is configured for use with cables weighing between 40 grams and 1.5 kilograms. 10. The jump rope device of claim 1, the jump rope further comprising: a cable configured to enable jump rope exercise, the cable comprising:a first cable portion;a cable body; anda second cable portion;wherein the first cable portion is configured to removably connect to one of the plurality of handles at the outer handle connector portion;wherein the second cable portion is configured to removably connect to one of the plurality of handles at the outer handle connector portion;wherein the cable is configured for three-hundred and sixty degree rotation; andwherein the length of the cable is chosen to facilitate jump rope exercise. 11. The jump rope device of claim 10, wherein the first cable portion and the second cable portion are each configured as a loop. 12. The jump rope device of claim 10, wherein the first cable portion and the second cable portion are each configured as an eyelet. 13. The jump rope device of claim 10, wherein the first cable portion and the second cable portion are each one of: a D-ring, an O-ring, a snap hook, and a shackle. 14. The jump rope device of claim 10, wherein the cable has a length of between 2.1 and 2.9 meters. 15. The jump rope device of claim 10, wherein the cable has a mass of between 40 grams and 1.5 kilograms. 16. A jump rope device, comprising: a plurality of handles, each handle comprising: a handle grip, comprising: an inner grip portion; andan outer grip portion;a handle rotator connected to the handle grip at the outer grip portion, the handle rotator comprising: a bearing, comprising: an inner bearing portion;an outer bearing portion;a bearing inner bore;a plurality of balls; anda joint pin, the joint pin rotatably connected to the bearing, the joint pin comprising: an outer joint pin portion; an annular groove; and a joint pin flange; anda handle connector, comprising: an inner handle connector portion; andan outer handle connector portion; anda cable configured to enable jump rope exercise, the cable comprising: a first cable portion;a cable body; anda second cable portion;wherein the outer joint pin portion protrudes through the bearing inner bore, the plurality of balls are partially located in the annular groove, the annular groove is located between the outer joint pin portion and the joint pin flange, and the joint pin flange engages the inner bearing portion;wherein the outer joint pin portion of the handle is moveably connected to the handle connector;wherein the bearing facilitates three-hundred and sixty degree rotation of the handle connector relative to the handle grip;wherein the first cable portion is configured to removably connect to one of the plurality of handles at the outer handle connector portion;wherein the second cable portion is configured to removably connect to one of the plurality of handles at the outer handle connector portion;wherein the cable is configured for three-hundred and sixty degree rotation; andwherein the length of the cable is chosen to facilitate jump rope exercise.