A gimbal system. The gimbal system may include space-saving features configured to accommodate one or more payload components, thus increasing the payload capacity of the gimbal ball without necessarily increasing the outer dimensions of the gimbal ball. Alternatively, or in addition, the gimbal system may include a motor configured to move at least one gimbal relative to another gimbal about a first axis, with the motor peripherally mounted distal the axis.
1. A gimbal ball, comprising:
an inner gimbal;
first and second inner driver components mounted to the inner gimbal;
an intermediate gimbal rotatably connected around the inner gimbal;
an outer gimbal rotatably connected around the intermediate gimbal; and
first and second outer driver components mounted to the outer gimbal, each outer driver component extending at least partially through an opening of the intermediate gimbal to operatively connect to one of the inner driver components;
wherein the first inner and first outer driver components are collectively configured to rotate the inner gimbal relative to the outer gimbal about a first axis while leaving the intermediate gimbal in a fixed orientation, and the second inner and second outer driver components are collectively configured to rotate the inner gimbal relative to the outer gimbal about a second axis while leaving the intermediate gimbal in a fixed orientation.
2. The gimbal ball of claim 1 , wherein the first outer driver component and the second outer driver component extend through the same opening of the intermediate gimbal.
3. The gimbal ball of claim 2 , wherein the first and second inner driver components are attached to a common inner mounting structure of the inner gimbal, and the first and second outer driver components are attached to a common outer mounting structure of the outer gimbal.
4. The gimbal ball of claim 1 , wherein the first outer driver component extends through a first opening of the intermediate gimbal, and the second outer driver component extends through a second opening of the intermediate gimbal.
5. A gimbal ball, comprising:
an inner gimbal;
first and second inner driver components mounted to the inner gimbal;
an intermediate gimbal rotatably connected around the inner gimbal;
an outer gimbal rotatably connected around the intermediate gimbal; and
first and second outer driver components mounted to the outer gimbal;
wherein each inner driver component extends at least partially through an opening of the intermediate gimbal to operatively connect to one of the outer driver components;
wherein the first inner and first outer driver components are collectively configured to rotate the inner gimbal relative to the outer gimbal about a first axis while leaving the intermediate gimbal in a fixed orientation, and the second inner and second outer driver components are collectively configured to rotate the inner gimbal relative to the outer gimbal about a second axis while leaving the intermediate gimbal in a fixed orientation.
6. The gimbal ball of claim 5 , wherein the first inner driver component and the second inner driver component extend through the same opening of the intermediate gimbal.
7. The gimbal ball of claim 5 , wherein the first and second inner driver components are attached to a common inner mounting structure of the inner gimbal, and the first and second outer driver components are attached to a common outer mounting structure of the outer gimbal.
8. The gimbal ball of claim 5 , wherein the first inner driver component extends through a first opening of the intermediate gimbal, and the second inner driver component extends through a second opening of the intermediate gimbal.