Abstract: The problem of traversing the offset area between the fly section and the base section of an extension ladder is solved by a step adaptor of the subject invention. A step adaptor can have two or more steps which can be progressively narrower in depth. The step adaptor can be placed on the first available rung just below the fly section. The progressively narrower depth of the steps of a step adaptor create a transition zone in the offset area that reduces the abrupt change in distance between the rungs in the fly section and the rungs in the base section.

Abstract: The problem of traversing the offset area between the fly section and the base section of an extension ladder is solved by a step adaptor of the subject invention. A step adaptor can have two or more steps which can be progressively narrower in depth. The step adaptor can be placed on the first available rung just below the fly section. The progressively narrower depth of the steps of a step adaptor create a transition zone in the offset area that reduces the abrupt change in distance between the rungs in the fly section and the rungs in the base section.

Abstract: The problem of traversing the offset area between the fly section and the base section of an extension ladder is solved by a step adaptor of the subject invention. A step adaptor can have two or more steps which can be progressively narrower in depth. The step adaptor can be placed on the first available rung just below the fly section. The progressively narrower depth of the steps of a step adaptor create a transition zone in the offset area that reduces the abrupt change in distance between the rungs in the fly section and the rungs in the base section.