
HO 52' Mill Gondola CSXT #481816 (ATH-1860)
HO scale 52-foot mill gondola models CSXT 481816, an open-top freight car designed to haul large, bulky loads such as coil steel or scrap metal on modern model railroads.
Features include separately applied wire grab irons, body-mounted McHenry operating scale knuckle couplers, and 33-inch solid nickel-silver wheels with RP25 contours for reliable operation on popular track brands. The car is weighted for optimum performance and comes fully assembled with razor-sharp painting and printing; multi-pack releases offer unique road numbers. It is suitable for operation on an 18-inch minimum radius, enabling smooth routing around curves on a wide range of layouts.
HO scale 52-foot mill gondola models CSXT 481816, an open-top freight car designed to haul large, bulky loads such as coil steel or scrap metal on modern model railroads.
Features include separately applied wire grab irons, body-mounted McHenry operating scale knuckle couplers, and 33-inch solid nickel-silver wheels with RP25 contours for reliable operation on popular track brands. The car is weighted for optimum performance and comes fully assembled with razor-sharp painting and printing; multi-pack releases offer unique road numbers. It is suitable for operation on an 18-inch minimum radius, enabling smooth routing around curves on a wide range of layouts.
Original: $39.99
-65%$39.99
$14.00Description
HO scale 52-foot mill gondola models CSXT 481816, an open-top freight car designed to haul large, bulky loads such as coil steel or scrap metal on modern model railroads.
Features include separately applied wire grab irons, body-mounted McHenry operating scale knuckle couplers, and 33-inch solid nickel-silver wheels with RP25 contours for reliable operation on popular track brands. The car is weighted for optimum performance and comes fully assembled with razor-sharp painting and printing; multi-pack releases offer unique road numbers. It is suitable for operation on an 18-inch minimum radius, enabling smooth routing around curves on a wide range of layouts.











