Abstract: A dynamically adjustable fencing system that includes a first support post having a first pair of arms extending therefrom, a second support post having a second pair of arms extending therefrom, and a crossmember pivotally coupled at a crossmember first end to the first support post via the first pair of arms, and further pivotally coupled at a crossmember second end to the second support post via the second pair of arms, thereby enabling dynamic crossmember adjustability of the crossmember.

Abstract: A method of assembling a dynamically adjustable fencing panel that includes pivotally joining a crossmember first end to a first support post via a first and second arm extending therefrom in parallel, where the first and second arms each have a hole formed therethrough in a respective coaxial arrangement and the first support post includes a footer for substantially inhibiting ground penetration below ground level. The method further includes pivotally joining a crossmember second end to a second support post via a third and fourth arm extending therefrom in parallel, where the third and fourth arms each have a hole formed therethrough in a respective coaxial arrangement and the second support post includes a footer for substantially inhibiting ground penetration below the ground level, where the pivotally joined first and second crossmember ends facilitate a continuously pivotal linkage between the first support post and the second support post.

Abstract: A dynamically adjustable fencing system that includes a first support post having a first pair of arms extending therefrom, a second support post having a second pair of arms extending therefrom, and a crossmember pivotally coupled at a crossmember first end to the first support post via the first pair of arms, and further pivotally coupled at a crossmember second end to the second support post via the second pair of arms, thereby enabling dynamic crossmember adjustability of the crossmember.