A more profound comprehension of the extrinsic and intrinsic boundaries on the accumulation of carbonate platforms is vital in the interpretation and description of the ramp to rim profiles observed as they occur. When the Guadalupe Mountains experienced carbonate accumulation, it was recorded as an 11Myr record of ram to rim shelf platform accumulation. This platform geometry analysis spanned 30 sequences of high frequency and more than a stratigraphic section of one kilometer. The widespread exposures that occurred throughout the Guadalupe mountains and the studies made by several practitioners (Harris & Kerans 2012) have enabled the conclusions of links in platform geometry, type of carbonate type, and the architectures of the slope and systems connected to these factors. When siliciclastic were introduced within this depositional system, the carbonate mud factory was displaced, which led to the lower slope of the Guadaloupian mountain being starved of the exported mud carbonate. This ultimately led to the slope gradient increasing and rushed the transition from the ramp to the rim. The Delaware Basin and the Midland basin, which is directly on its opposite side, are divided by a central basin platform. These three elements represent the main tectonic elements that make up the Permian Basin. The Permian basin is a compound foreland basin system that has undergone massive subsidence at an accelerated rate during the early Permian period. It is significantly related to the orogenic events experienced in the southwest to the northwest region of the compressed Marathon-Ouachita region (Ross 1986). The Capitan profile’s strata geometry transitioned from the goat seep marks into a well-defined reef with a rim with a flat-topped platform. In the Capitan fore slopes, which exhibit chiroform surfaces, there is an emergence of lenticular bed complexes. These beds are irregular in lateral and upslope directions, which are entirely different from each other. Also, these lenticular bed complexes sedimental bodies with conical shapes that eventually amalgamate together to form aprons that are strike extensive and lead to the formation of geometries with backfilling