A surgical system, comprising: a fixation plate defining a first aperture and a second aperture; a navigation system configured to track movement in physical space of a cutting tool such that movement of the cutting tool is correlated with movement of a virtual tool; and a processing circuit configured to: calculate a correction angle; develop a surgical plan based at least in part on the correction angle, wherein the surgical plan includes a plurality of planned virtual boundaries (62, 68, 72) representing a first hole in a bone, a second hole in the bone, and a cut through at least a portion of the bone wherein the planned virtual boundaries (62, 68) correspond with working boundaries (66, 70, 74) in physical space; provide force feedback to the cutting tool while the cutting tool creates the first hole and the second hole in the bone, the force feedback based on the relationship between the virtual tool and the planned virtual boundaries (62, 68, 72), to constrain the cutting tool from penetrating the working boundaries (66, 70, 74); and provide force feedback to the cutting tool while the cutting tool creates the cut through at least a portion of the bone, the force feedback based on the relationship between the virtual tool and the planned virtual boundaries (62, 68, 72), to constrain the cutting tool from penetrating the working boundaries (66, 70, 74); wherein the cut is created after the first hole and the second hole; wherein the first and second apertures (26, 28) of the fixation plate are configured to align with the first and second holes (30, 32) in the bone after implementation of the surgical plan. a fixation plate defining a first aperture and a second aperture; a navigation system configured to track movement in physical space of a cutting tool such that movement of the cutting tool is correlated with movement of a virtual tool; and a processing circuit configured to: calculate a correction angle; develop a surgical plan based at least in part on the correction angle, wherein the surgical plan includes a plurality of planned virtual boundaries (62, 68, 72) representing a first hole in a bone, a second hole in the bone, and a cut through at least a portion of the bone wherein the planned virtual boundaries (62, 68) correspond with working boundaries (66, 70, 74) in physical space; provide force feedback to the cutting tool while the cutting tool creates the first hole and the second hole in the bone, the force feedback based on the relationship between the virtual tool and the planned virtual boundaries (62, 68, 72), to constrain the cutting tool from penetrating the working boundaries (66, 70, 74); and provide force feedback to the cutting tool while the cutting tool creates the cut through at least a portion of the bone, the force feedback based on the relationship between the virtual tool and the planned virtual boundaries (62, 68, 72), to constrain the cutting tool from penetrating the working boundaries (66, 70, 74); wherein the cut is created after the first hole and the second hole; calculate a correction angle; develop a surgical plan based at least in part on the correction angle, wherein the surgical plan includes a plurality of planned virtual boundaries (62, 68, 72) representing a first hole in a bone, a second hole in the bone, and a cut through at least a portion of the bone wherein the planned virtual boundaries (62, 68) correspond with working boundaries (66, 70, 74) in physical space; provide force feedback to the cutting tool while the cutting tool creates the first hole and the second hole in the bone, the force feedback based on the relationship between the virtual tool and the planned virtual boundaries (62, 68, 72), to constrain the cutting tool from penetrating the working boundaries (66, 70, 74); and provide force feedback to the cutting tool while the cutting tool creates the cut through at least a portion of the bone, the force feedback based on the relationship between the virtual tool and the planned virtual boundaries (62, 68, 72), to constrain the cutting tool from penetrating the working boundaries (66, 70, 74); wherein the cut is created after the first hole and the second hole; wherein the first and second apertures (26, 28) of the fixation plate are configured to align with the first and second holes (30, 32) in the bone after implementation of the surgical plan.