A bearing compartment assembly for a gas turbine engine with a compressor section, a combustor section, and a turbine section, the bearing compartment assembly comprising: an intermediate case with a plurality of struts distributed circumferentially about an axial centerline; a towershaft extending through a strut of the plurality of struts; a shaft (46, 48) passing through a center of the intermediate case and extending along the axial centerline; a bull gear connected to and extending axially from the shaft (46, 48); a bevel gear mounted to an end of the towershaft, wherein the bevel gear is engaged with the bull gear, wherein the towershaft is connected to the shaft (46, 48) via the bull gear and the bevel gear; a towershaft bearing surrounding and operably connected to the towershaft; and a support mount (80; 180) connected to the intermediate case, wherein the support mount (80; 180) extends from a surface of the intermediate case to the towershaft bearing, the support mount (80; 180) comprising: a body plate (94; 194) attached to an outer perimeter of the towershaft bearing; a first extension connected to and extending from the body plate (94; 194), wherein a distal end of the first extension is connected to a first location on the surface of the intermediate case; and a second extension connected to and extending from the body plate (94, 194), wherein a distal end of the second extension is connected to a second location on the surface of the intermediate case, wherein the first extension comprises first and second legs (84, 86) that are fastened to the intermediate case, and wherein the second extension comprises third and fourth legs (90, 92) that are fastened to the intermediate case; wherein the first, second, third, and fourth legs (84, 86, 90, 92) intersect with a surface of intermediate case such that first, second, third, and fourth legs (84, 86, 90, 92) are perpendicular to the surface of intermediate case. an intermediate case with a plurality of struts distributed circumferentially about an axial centerline; a towershaft extending through a strut of the plurality of struts; a shaft (46, 48) passing through a center of the intermediate case and extending along the axial centerline; a bull gear connected to and extending axially from the shaft (46, 48); a bevel gear mounted to an end of the towershaft, wherein the bevel gear is engaged with the bull gear, wherein the towershaft is connected to the shaft (46, 48) via the bull gear and the bevel gear; a towershaft bearing surrounding and operably connected to the towershaft; and a support mount (80; 180) connected to the intermediate case, wherein the support mount (80; 180) extends from a surface of the intermediate case to the towershaft bearing, the support mount (80; 180) comprising: a body plate (94; 194) attached to an outer perimeter of the towershaft bearing; a first extension connected to and extending from the body plate (94; 194), wherein a distal end of the first extension is connected to a first location on the surface of the intermediate case; and a second extension connected to and extending from the body plate (94, 194), wherein a distal end of the second extension is connected to a second location on the surface of the intermediate case, wherein the first extension comprises first and second legs (84, 86) that are fastened to the intermediate case, and wherein the second extension comprises third and fourth legs (90, 92) that are fastened to the intermediate case; wherein the first, second, third, and fourth legs (84, 86, 90, 92) intersect with a surface of intermediate case such that first, second, third, and fourth legs (84, 86, 90, 92) are perpendicular to the surface of intermediate case. a body plate (94; 194) attached to an outer perimeter of the towershaft bearing; a first extension connected to and extending from the body plate (94; 194), wherein a distal end of the first extension is connected to a first location on the surface of the intermediate case; and a second extension connected to and extending from the body plate (94, 194), wherein a distal end of the second extension is connected to a second location on the surface of the intermediate case, wherein the first extension comprises first and second legs (84, 86) that are fastened to the intermediate case, and wherein the second extension comprises third and fourth legs (90, 92) that are fastened to the intermediate case; wherein the first, second, third, and fourth legs (84, 86, 90, 92) intersect with a surface of intermediate case such that first, second, third, and fourth legs (84, 86, 90, 92) are perpendicular to the surface of intermediate case.