A spherical bearing comprising: a body; an inner race having a substantially spherical outer surface; an outer race positioned around the inner race such that the outer race has a first width and the inner race has a second width, the second width being greater than the first width, the outer race having a substantially spherical inner surface, a first end and a second end and defining a pocket located proximate the second end thereof, the pocket defined by a conical outer surface of the outer race, an axial facing shoulder of the outer race and internal threads of the body, the first end of the outer race defining a first opening having a first radius and the second end defining a larger second opening having a second radius; a support removably disposed in the pocket and being positioned between axial ends of the spherical bearing, the support being a substantially annular ring defining an axial facing abutment surface and an inside surface being sloped radially outward toward the abutment surface by about six to about ten degrees relative to a central axis of the annular ring, the annular ring defining an outer circumferential surface having a locking mechanism thereon being removably engaged with the internal threads of the body to secure the annular ring and the spherical bearing to the body; the abutment surface engaging the axial facing shoulder, and the inside surface engaging the conical outer surface; and the support is compressed between the internal threads, the shoulder and the outer conical surface, and the support being operable to limit axial movement of the inner race relative to the outer race, wherein the inside surface is configured to impart a radially inward wedging force on the conical outer surface to limit outward radial movement of the outer race, wherein adjustment of the support in the pocket affects a break away torque required to cause movement between the inner race and the outer race. a body; an inner race having a substantially spherical outer surface; an outer race positioned around the inner race such that the outer race has a first width and the inner race has a second width, the second width being greater than the first width, the outer race having a substantially spherical inner surface, a first end and a second end and defining a pocket located proximate the second end thereof, the pocket defined by a conical outer surface of the outer race, an axial facing shoulder of the outer race and internal threads of the body, the first end of the outer race defining a first opening having a first radius and the second end defining a larger second opening having a second radius; a support removably disposed in the pocket and being positioned between axial ends of the spherical bearing, the support being a substantially annular ring defining an axial facing abutment surface and an inside surface being sloped radially outward toward the abutment surface by about six to about ten degrees relative to a central axis of the annular ring, the annular ring defining an outer circumferential surface having a locking mechanism thereon being removably engaged with the internal threads of the body to secure the annular ring and the spherical bearing to the body; the abutment surface engaging the axial facing shoulder, and the inside surface engaging the conical outer surface; and the support is compressed between the internal threads, the shoulder and the outer conical surface, and the support being operable to limit axial movement of the inner race relative to the outer race, wherein the inside surface is configured to impart a radially inward wedging force on the conical outer surface to limit outward radial movement of the outer race, wherein adjustment of the support in the pocket affects a break away torque required to cause movement between the inner race and the outer race.