Trailer with loading and unloading system

1. A trailer configured to transport a load comprising a lower surface and a pin socket, the trailer comprising:

a bed comprising an upper surface configured to support the load;

a first rotation pin extending above the upper surface of the bed; and

a winch assembly coupled to a first lateral side of the trailer and comprising a first winch and a boom, wherein the boom is configured to extend outward from the first lateral side of the trailer, and the first winch is configured to be connected to the load and to rotate the load about the first rotation pin,

wherein when the load is positioned on the bed, a distance from the lower surface of the load to an upper surface of the pin socket is greater than a distance from the lower surface of the load to an upper surface of the first rotation pin.

2. The trailer of claim 1 wherein the first winch is positioned at a distal end of the boom.

3. The trailer of claim 1 , wherein the first winch is positioned at a proximal end of the boom and is configured to be connected to the load via a pulley at a distal end of the boom.

4. The trailer of claim 1 , wherein the boom is a telescoping boom configured to retract below the bed when not in use.

5. The trailer of claim 1 , wherein a proximal end of the boom is rotatably coupled to the bed, and the boom is configured to rotate to a position adjacent the trailer when not in use.

6. The trailer of claim 1 , wherein the upper surface comprises at least one of a plurality of ball transfer units or a low friction material, the at least one of the plurality of ball transfer units or the low friction material configured to enable rotation of the load.

7. The trailer of claim 1 , wherein the first rotation pin comprises a bearing extending above the upper surface of the bed, the bearing having a substantially vertical axis of rotation.

8. The trailer of claim 7 , wherein when the load is positioned on the bed, a gap separates the upper surface of the first rotation pin and the upper surface of the pin socket.

9. The trailer of claim 1 , wherein the trailer comprises a front winch coupled to a front of the bed and configured be coupled to the load via a second rope to rotate the load in the opposite direction of the first winch.

10. The trailer of claim 1 , wherein the trailer comprises a rear winch coupled to a rear of the bed and configured be coupled to the load via a second rope to rotate the load in the opposite direction of the first winch.

11. The trailer of claim 1 , further comprising a plurality of decking modules coupled to the bed, each decking module comprising a plurality of ball transfer units configured to support and enable rotation of the load.

12. A method of rotating a load comprising a lower surface and a pin socket on a trailer, the method comprising:

positioning the load on a bed of the trailer, the trailer comprising:

a rotation pin coupled to the bed of the trailer; and

a winch assembly coupled to a first lateral side of the bed of the trailer, the winch assembly comprising a winch and a boom;

wherein positioning the load on the trailer comprises rotatably coupling the pin socket to the rotation pin, and

wherein when the load is positioned on the bed of the trailer, a distance from the lower surface of the load to an upper surface of the pin socket is greater than a distance from the lower surface of the load to an upper surface of the rotation pin;

moving the boom to an extended position away from the bed of the trailer;

coupling a rope to the load; and

pulling the rope with the winch to rotate the load about the rotation pin.

13. The method of claim 12 , wherein moving the boom to the extended position away from the trailer comprises rotating the boom from a stowed position adjacent the bed to a position extending outward from the first lateral side of the bed.

14. The method of claim 12 , wherein the boom is a telescoping boom, and moving the boom to the extended position comprises extending the boom from a retracted position underneath the bed to the extended position extending outward from the first lateral side of the bed.

15. The method of claim 12 , wherein the pin socket is configured to allow rotation of the load about the rotation pin, and wherein positioning the load on the trailer comprises positioning the load with the pin socket surrounding the rotation pin.

16. The method of claim 12 , wherein a pulley is positioned at a distal end of the boom and the winch is positioned at a proximal end of the boom, wherein coupling the rope to the load comprises feeding the rope through the pulley.

17. A trailer configured to transport a load comprising a lower surface and a pin socket, the trailer comprising:

a bed comprising an upper surface configured to support the load, the upper surface comprising at least one of a plurality of ball transfer units or a low friction material;

a rotation pin coupled to the bed and extending above the upper surface; and

a winch assembly coupled to a first lateral side of the trailer and comprising a winch configured to be coupled to the load by a rope and to rotate the load about the rotation pin;

wherein the rotation pin is configured to be rotatably coupled to the pin socket to enable rotation of the load about the rotation pin, and

wherein when the load is positioned on the bed, a distance from the lower surface of the load to an upper surface of the pin socket is greater than a distance from the lower surface of the load to an upper surface of the rotation pin.