An improved kettlebell is provided. More specifically the improved kettlebell may include a frame with a holding portion and a base portion. The improved kettlebell may further include a weighted assembly including a first weighted component and a second weighted component. The weighted assembly may be coupled to the base portion of the frame through a fastener. Through the same fastener, the first weighted component may also be coupled with the second weighted component forming the weighted assembly. The weighted components may be manufactured to a variety of different weights, thus allowing users to adjust the weightlifting difficulty.
1. A fitness device comprising:
a frame including a holding portion adapted to be held by a user on a first side and a base portion on a second side opposite from the first side; and
a weighted assembly selectively coupled to the base portion,
wherein the weighted assembly comprises a first weighted component selectively coupled to a second weighted component,
wherein the first weighted component comprises a first shell portion, a first body portion extending from the first shell portion, and a first engagement protrusion extending beyond the first body portion and a first engagement cavity,
wherein the second weighted component comprises a second shell portion, a second body portion extending from the second shell portion, and a second engagement protrusion extending beyond the second body portion and a second engagement cavity,
wherein the first body portion abuts the second body portion when the weighted assembly is assembled,
wherein the first engagement protrusion is received in the second engagement cavity and the second engagement protrusion is received in the first engagement cavity when the weighted assembly is assembled,
wherein the weighted assembly is coupled to the frame through a fastener, and
wherein the fastener extends through the base portion of the frame, the first bore of the first weighted component, and partially through the second bore of the second weighted component.
2. The device of claim 1 , wherein the frame is formed as one unitary piece in a shape of a closed loop.
3. The device of claim 1 , wherein the frame and the weighted assembly are both made of stainless steel.
4. A fitness device comprising:
a frame including a holding portion adapted to be held by a user on a first side and a base portion on a second side opposite from the first side; and
a weighted assembly selectively coupled to the base portion,
wherein the weighted assembly comprises a first weighted component selectively coupled to a second weighted component,
wherein the first weighted component comprises a first shell portion, a first body portion extending from the first shell portion, and a first engagement protrusion extending beyond the first body portion and a first engagement cavity,
wherein the second weighted component comprises a second shell portion, a second body portion extending from the second shell portion, and a second engagement protrusion extending beyond the second body portion and a second engagement cavity,
wherein the first body portion abuts the second body portion when the weighted assembly is assembled,
wherein the first engagement protrusion is received in the second engagement cavity and the second engagement protrusion is received in the first engagement cavity when the weighted assembly is assembled,
wherein the first weighted component further comprises a third engagement protrusion extending beyond the first body portion and a third engagement cavity;
the second weighted component further comprising a fourth engagement protrusion extending beyond the second body portion and a fourth engagement cavity,
wherein the third engagement protrusion is received in the fourth engagement cavity and the fourth engagement protrusion is received in the third engagement cavity when the weighted assembly is assembled.
5. The device of claim 4 , the first engagement protrusion further comprising a first bore, the second engagement protrusion further comprising a second bore, the third engagement protrusion further comprising a third bore, and the fourth engagement protrusion further comprising a fourth bore,
wherein the first bore and the second bore are aligned when the weighted assembly is assembled, and
wherein the third bore and the fourth bore are aligned when the weighted assembly is assembled.
6. The device of claim 5 , wherein the weighted assembly is coupled to the frame through a first fastener and a second fastener,
wherein the first fastener extends through a first fastener hole of the base portion of the frame, the first bore of the first weighted component, and partially through the second bore of the second weighted component, and
wherein the second fastener extends through a second fastener hole of the base portion of the frame, the fourth bore of the second weighted component, and partially through the third bore of the first weighted component.
7. The device of claim 6 , wherein the weighted assembly may be removed from the frame through removing the first fastener and the second fastener.
8. The device of claim 4 , wherein the weighted assembly includes a first side, a second side opposite from the first side, a third side perpendicular to the first side, and a fourth side opposite from the third side,
wherein the first engagement protrusion and the second engagement protrusion are positioned proximal to the third side, and
the third engagement protrusion and the fourth engagement protrusion are positioned proximal to the fourth side.
9. The device of claim 8 , wherein the first engagement protrusion and the fourth engagement protrusion are positioned proximal to the first side, and
the second engagement protrusion and the third engagement protrusion are positioned proximal to the second side.