McKeen
The Nevada State Railroad Museum is offering rides on the historic Virginia & Truckee McKeen Motor Car and the historic Tucson, Cornelia & Gila Bend No. 401 Edwards Motor Car!
Approximately 150 McKeen Motor Cars were built between 1905-1917 for various United States railroads. McKeen Motor Cars were built with a gas engine and were […]
Visit the Nevada State Railroad Museum, Carson City, for our Fourth of July Celebration! The 2023 celebration will take place on July 1, 2, and 4. Historic 1875-built wood-burning locomotive, Inyo, will be steamed up. Train rides behind No. 25 will be available, as well. More details forthcoming!
In addition, save money by purchasing a […]
Visit the Nevada State Railroad Museum, Carson City, for our Fourth of July Celebration! The 2023 celebration will take place on July 1, 2, and 4. Historic 1875-built wood-burning locomotive, Inyo, will be steamed up. Train rides behind No. 25 will be available, as well. More details forthcoming!
In addition, save money by purchasing a […]
The Nevada State Railroad Museum is offering rides on the historic Virginia & Truckee McKeen Motor Car! Approximately 150 of McKeen Motor Cars were built between 1905-1917 for various United States railroads. McKeen Motor Cars were built with a gas engine and were among the first pieces of railroad equipment to be designed aerodynamically. […]
The Nevada State Railroad Museum is offering rides on the historic Virginia & Truckee McKeen Motor Car! Approximately 150 of McKeen Motor Cars were built between 1905-1917 for various United States railroads. McKeen Motor Cars were built with a gas engine and were among the first pieces of railroad equipment to be designed aerodynamically. […]
The Nevada State Railroad Museum is offering rides on the historic Virginia & Truckee McKeen Motor Car! Approximately 150 of McKeen Motor Cars were built between 1905-1917 for various United States railroads. McKeen Motor Cars were built with a gas engine and were among the first pieces of railroad equipment to be designed aerodynamically. […]