Rotation hoists

An assembly for supporting a component, the assembly comprising:

• an insert to be inserted into the component at a first position of the component;
• a rotator to be releasably couplable to the insert, the rotator to be supported by a body;
• an arm extending from the rotator, the arm to be inserted into the component at a second position of the component different from the first position, the arm to be rotated via the rotator;
• an input to cause movement of the rotator with an operator tool;
• and
• a clutch to vary a degree of engagement between the input and at least one of the rotator or the arm.

A method for moving a component, the method comprising:

• coupling, at a first position of the component, the component to a rotator supported by a platform;
• coupling, at a second position of the component different from the first position, an arm to the component, the arm extending from the rotator;
• and
• rotating, via the arm, the component, wherein a clutch is to vary a degree of engagement between (i) an input operatively coupled to the rotator and (ii) at least one of the rotator or the arm.

A tangible computer readable medium comprising instructions which, when executed, cause at least one processor to:

• determine an orientation of a component operatively coupled to a rotator at a first position of the component, the rotator supported by a platform;
• calculate an adjustment rotation of the component;
• and
• cause, via an arm operatively coupled to the rotator, the component to rotate based on the adjustment rotation, the arm coupled to the component at a second position of the component different from the first position, wherein a clutch is to vary a degree of engagement between (i) an input operatively coupled to the rotator and (ii) at least one of the rotator or the arm.