Weightlifting apparatus

A weightlifting apparatus comprising:

• a base comprising a mounting portion configured for connection to a supporting structure, a first arm and a second arm extending outward on opposite lateral sides of the mounting portion, and a connecting portion connecting the first and second arms to the mounting portion, wherein the first arm has a first mounting hole extending inward from a front side of the first arm, a first positioning hole extending inward from the front side of the first arm, and a second positioning hole extending inward from the front side of the first arm, wherein the first and second positioning holes are positioned at different locations around the first mounting hole;
• a first handle adjustably connectable to the first arm to extend outward from the first arm, the first handle having a first connector configured for connection to the first arm and a first grip member extending outward from the first connector and configured for gripping by a user, wherein the first connector comprises a first shaft extending away from the first grip member and a first projection extending away from the first grip member alongside the first shaft,
• wherein the first handle is adjustably connectable to the first arm by the first shaft being received in the first mounting hole in a first rotational position, where the first projection is received in the first positioning hole, and a second rotational position where the first projection is received in the second positioning hole, and wherein the first grip member is oriented differently in the first and second rotational positions.

A weightlifting apparatus comprising:

• a base comprising a mounting portion configured for connection to a supporting structure, a first arm and a second arm extending outward on opposite lateral sides of the mounting portion, and a connecting portion connecting the first and second arms to the mounting portion, wherein the first arm has a first mounting hole extending inward from a front side of the first arm, and the second arm has a second mounting hole extending inward from a front side of the second arm;
• a first handle connected to the first arm and extending outward from the first arm, the first handle having a first connector configured for connection to the first arm and a first grip member extending outward from the first connector and configured for gripping by a user, wherein the first connector comprises a first base portion having a first abutment surface configured to confront the front side of the first arm, wherein the first grip member extends forward from the first base portion, and a first shaft extending rearward from the first base portion, and wherein the first handle is adjustably connected to the first arm by the first shaft being received in the first mounting hole;
• and
• a second handle connected to the second arm and extending outward from the second arm, the second handle having a second connector configured for connection to the second arm and a second grip member extending outward from the second connector and configured for gripping by the user, wherein the second connector a second base portion having a second abutment surface configured to confront the front side of the second arm, wherein the second grip member extends forward from the second base portion, and a second shaft extending away from the second base portion, and wherein the second handle is adjustably connected to the second arm by the second shaft being received in the second mounting hole,
• a plurality of first positioning holes extending inward from one of the front side of the first arm and the first abutment surface of the first connector;
• a first projection extending outward from the other of the front side of the first arm and the first abutment surface of the first connector;
• a plurality of second positioning holes extending inward from one of the front side of the second arm and the second abutment surface of the second connector;
• and
• a second projection extending outward from the other of the front side of the second arm and the second abutment surface of the second connector;
• wherein the first projection is configured to be received in any of the first positioning holes, and the first handle is configured to be rotationally adjustable with respect to the first arm by the first projection being moved between the first positioning holes, such that the first handle is placed in different rotational positions when the first projection is received in each of the first positioning holes, and
• wherein the second projection is configured to be received in any of the second positioning holes, and the second handle is configured to be rotationally adjustable with respect to the second arm by the second projection being moved between the second positioning holes, such that the second handle is placed in different rotational positions when the second projection is received in each of the second positioning holes.

A weightlifting apparatus comprising:

• a base comprising a mounting portion configured for connection to a supporting structure, a right arm and a left arm extending outward on opposite lateral sides of the mounting portion, and a connecting portion connecting the right and left arms to the mounting portion, wherein the right arm has a first right mounting hole extending inward from a front side of the right arm and a plurality of first right positioning holes extending inward from the front side of the right arm and positioned at different locations around the first right mounting hole, and a second right mounting hole extending inward from the front side of the right arm and a plurality of second right positioning holes extending inward from the front side of the right arm and positioned at different locations around the second right mounting hole, and wherein the left arm has a first left mounting hole extending inward from a front side of the left arm and a plurality of first left positioning holes extending inward from the front side of the left arm and positioned at different locations around the first left mounting hole, and a second left mounting hole extending inward from the front side of the left arm and a plurality of second left positioning holes extending inward from the front side of the left arm and positioned at different locations around the second left mounting hole;
• a first handle adjustably connectable to the right arm to extend outward from the right arm, the first handle having a first connector configured for connection to the right arm and a first grip member extending outward from the first connector and configured for gripping by a user, wherein the first connector comprises a first shaft extending away from the first grip member and a first projection extending away from the first grip member alongside the first shaft;
• and
• a second handle adjustably connectable to the left arm to extend outward from the left arm, the second handle having a second connector configured for connection to the left arm and a second grip member extending outward from the second connector and configured for gripping by the user, wherein the second connector comprises a second shaft extending away from the second grip member and a second projection extending away from the second grip member alongside the second shaft,
• wherein the first handle is adjustably connectable to the right arm in a first position by the first shaft being received in the first right mounting hole and in a second position by the first shaft being received in the second right mounting hole,
• wherein the first projection is configured to be received in any of the first right positioning holes, and when the first handle is connected to the right arm in the first position, the first handle is configured to be rotationally adjustable with respect to the right arm by the first projection being moved between the first right positioning holes, such that the first handle is placed in different rotational positions when the first projection is received in each of the first right positioning holes,
• wherein the first projection is configured to be received in any of the second right positioning holes, and when the first handle is connected to the right arm in the second position, the first handle is configured to be rotationally adjustable with respect to the right arm by the first projection being moved between the second right positioning holes, such that the first handle is placed in different rotational positions when the first projection is received in each of the second right positioning holes,
• wherein the second handle is adjustably connectable to the left arm in a third position by the second shaft being received in the first left mounting hole and in a fourth position by the second shaft being received in the second left mounting hole,
• wherein the second projection is configured to be received in any of the first left positioning holes, and when the second handle is connected to the left arm in the third position, the second handle is configured to be rotationally adjustable with respect to the left arm by the second projection being moved between the first left positioning holes, such that the second handle is placed in different rotational positions when the second projection is received in each of the first left positioning holes, and
• wherein the second projection is configured to be received in any of the second right positioning holes, and when the second handle is connected to the left arm in the fourth position, the second handle is configured to be rotationally adjustable with respect to the left arm by the second projection being moved between the second left positioning holes, such that the second handle is placed in different rotational positions when the second projection is received in each of the second left positioning holes.