Annotations on drawing: CSH 42. Sticker: Gothic. School founded 1915. Purchase, Donald Samick, 2003 (DLC/PP-2003:109). Forms part of: Lamb Design Collection.
Annotations on drawing: CSH 42. Sticker: Gothic. School founded 1915. Purchase, Donald Samick, 2003 (DLC/PP-2003:109). Forms part of: Lamb Design Collection.
Annotations on drawing: CSH 42. Sticker: Gothic. School founded 1915. Purchase, Donald Samick, 2003 (DLC/PP-2003:109). Forms part of: Lamb Design Collection.
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: 188 feet in length, in 1984 this bridge was the longest lenticular truss in the State. Aside from redecking, the bridge retains almost all of its historic integrity. It is scheduled for replacem More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The structure is 19 feet wide and 173 feet long. It is the most recently built lenticular through truss surviving in Connecticut, as of 1984. It has been replaced by a new bridge built several y More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More
Significance: The Gaylordsville Bridge is a single span riveted Parker through truss, a variation of the Pratt truss, one of the most popular steel bridges of the late nineteenth-early twentieth century. This More