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Various embodiments, aspects and features of the present invention encompass a system and method for an adjustable chassis system (“ACS”) that may be removably fixed to a payload object so that transport of the object across rough or uneven terrain is made less burdensome. Notably, some embodiments

Various embodiments, aspects and features of the present invention encompass a system and method for an adjustable chassis system (“ACS”) that may be removably fixed to a payload object so that transport of the object across rough or uneven terrain is made less burdensome. Notably, some embodiments of an ACS may be integral to a given payload object. Certain embodiments of an adjustable chassis system advantageously do not include axles, yet may be raised or lowered to adjust ground clearance of the chassis and payload object. Moreover, certain embodiments of an ACS may be easily disassembled or collapsed for compact storage. Yet another advantage of certain ACS embodiments is that, by virtue of the independent side-to-side height adjustment, a payload object carried by the ACS may serve as a level seat or work surface over inclined or uneven ground.

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1. An adjustable chassis system for transporting payload objects, the adjustable chassis system comprising: a connector plate;a left-side frame bracket and a right-side frame bracket, each adjustably mounted to the connector plate such that a width defined by the left-side frame bracket and right-si

1. An adjustable chassis system for transporting payload objects, the adjustable chassis system comprising: a connector plate;a left-side frame bracket and a right-side frame bracket, each adjustably mounted to the connector plate such that a width defined by the left-side frame bracket and right-side frame bracket is variable; anda first left-side rotating arm and a first right-side rotating arm, wherein a first left-side wheel is mounted to the first left-side rotating arm and a first right-side wheel is mounted to the first right-side rotating arm;wherein the first left-side rotating arm is adjustably mounted to the left-side frame bracket and the first right-side rotating arm is adjustably mounted to the right-side frame bracket such that a ground clearance height of the left-side frame bracket is adjustable independent of a ground clearance height of the right-side frame bracket. 2. The adjustable chassis system of claim 1, further comprising: a second left-side rotating arm and a second right-side rotating arm, wherein a second left-side wheel is mounted to the second left-side rotating arm and a second right-side wheel is mounted to the second right-side rotating arm;wherein the second left-side rotating arm is adjustably mounted to the left-side frame bracket and the second right-side rotating arm is adjustably mounted to the right-side frame bracket such that the second left-side rotating arm is adjustable in tandem with the first left-side rotating arm and the second right-side rotating arm is adjustable in tandem with the first right-side rotating arm. 3. The adjustable chassis system of claim 1, wherein the left-side rotating arm is adjustably mounted to the left-side frame bracket by way of a substantially vertical slot in the left-side frame bracket and the right-side rotating arm is adjustably mounted to the right-side frame bracket by way of a substantially vertical slot in the right-side frame bracket. 4. The adjustable chassis system of claim 1, further comprising a left-side tightening bar and a right-side tightening bar, wherein the tightening bars are operable to adjust the width defined by the left-side frame bracket and right-side frame bracket. 5. The adjustable chassis system of claim 4, further comprising a friction feature mounted to at least one of the tightening bars, wherein the friction feature operates to inhibit shifting of a payload object relative to the tightening bars. 6. The adjustable chassis system of claim 1, further comprising a pulling feature configured for translating a pulling force to the adjustable chassis system. 7. The adjustable chassis system of claim 6, wherein the pulling feature is a rope. 8. The adjustable chassis system of claim 1, further comprising a payload object removably secured within the width defined by the left-side frame bracket and right-side frame bracket. 9. The adjustable chassis system of claim 8, wherein the adjustable chassis system is configured to be pulled by a feature of the payload object. 10. The adjustable chassis system of claim 1, wherein the ground clearance heights of the left-side frame bracket and the right-side frame bracket are adjustable such that the connector plate contacts the ground. 11. An adjustable chassis system for transporting payload objects, the adjustable chassis system comprising: a payload object operable to contain a payload;a left-side frame bracket and a right-side frame bracket; anda first left-side rotating arm and a first right-side rotating arm, wherein a first left-side wheel is mounted to the first left-side rotating arm and a first right-side wheel is mounted to the first right-side rotating arm;wherein the first left-side rotating arm is adjustably mounted to the left-side frame bracket and the first right-side rotating arm is adjustably mounted to the right-side frame bracket such that a vertical height of the left-side frame bracket relative to the ground is adjustable independent of a vertical height of the right-side frame bracket relative to the ground. 12. The adjustable chassis system of claim 11, further comprising: a second left-side rotating arm and a second right-side rotating arm, wherein a second left-side wheel is mounted to the second left-side rotating arm and a second right-side wheel is mounted to the second right-side rotating arm;wherein the second left-side rotating arm is adjustably mounted to the left-side frame bracket and the second right-side rotating arm is adjustably mounted to the right-side frame bracket such that the second left-side rotating arm is adjustable in tandem with the first left-side rotating arm and the second right-side rotating arm is adjustable in tandem with the first right-side rotating arm. 13. The adjustable chassis system of claim 11, wherein the left-side rotating arm is adjustably mounted to the left-side frame bracket by way of a substantially vertical slot in the left-side frame bracket and the right-side rotating arm is adjustably mounted to the right-side frame bracket by way of a substantially vertical slot in the right-side frame bracket. 14. The adjustable chassis system of claim 11, further comprising a pulling feature configured for translating a pulling force to the adjustable chassis system. 15. The adjustable chassis system of claim 14, wherein the pulling feature is a rope. 16. The adjustable chassis system of claim 11, wherein the vertical heights of the left-side frame bracket and the right-side frame bracket are adjustable such that the payload object contacts the ground. 17. An adjustable chassis system for transporting payload objects, the adjustable chassis system comprising: means for adjusting a width defined by a left-side frame bracket and a right-side frame bracket; andmeans for adjusting a ground clearance height of the left-side frame bracket independently from a ground clearance height of the right-side frame bracket;wherein a first left-side wheel is associated with the left-side frame bracket and a first right-side wheel is associated with the right-side bracket. 18. The adjustable chassis system of claim 17, further comprising a second left-side wheel associated with the left-side frame bracket and a second right-side wheel associated with the right-side frame bracket. 19. The adjustable chassis system of claim 17, further comprising a means for carrying a payload. 20. The adjustable chassis system of claim 17, further comprising a means for translating a pulling force to the adjustable chassis system.