Inability to correctly estimate the fracture pressure gradient of a formation has the potential to result in downhole problems. Therefore, fracture pressure prediction is very vital in the successful drilling and cementing operations of a well. This work therefore determined the accuracy of Eaton’s model using formation pore pressure, overburden stress and Poisson’s ratio for predicting fracture pressure for the X field of Ghana while also comparing with an experimental linear regression model. Based on the results obtained, Eaton’s fracture pressure estimate recorded a highest deviation margin of 14.92% (871.43 psi) and a lower deviation value of 0.64% (17.01 psi). Thus, Eaton’s correlation overestimated the field’s fracture pressures by an average of 7.13% (295.97 psi). The experimental model generated for the predicting of the fracture pressure gradient for the field recorded minimal error compared to Eaton’s correlation with an accuracy of about 95.84%.