Femoral shaft fractures are among the most common long bone injuries, and their successful treatment requires a balance between mechanical stability and biological healing. While conventional locking screws provide rigid fixation, they may limit the micromotion necessary for callus formation. This study evaluates the mechanical performance of a hybrid fixation strategy employing Variable Fixation Locking Screws (VFLS) and conventional Locking Screws (LS) for stabilizing simple transverse femoral fractures. Using ANSYS, a finite element model was created to simulate a femoral shaft with a 2 mm fracture gap. The construct included four Variable Fixation Locking Screws (VFLS) in the proximal fragment and four standard Locking Screws (LS) distally.