An extension ladder having a fly section rested in a base section. A method for positioning an extension ladder. A system for moving extension ladders.

In some embodiments, a multipurpose ladder has a first inner section. The ladder has a first articulated hinge and a second articulated hinge. The ladder has a second inner section. The ladder has a first outer section. The ladder has a first locking bar. The ladder has a second outer section. The multipurpose ladder may have a plurality of brackets disposed about outer rails of the outer sections. The brackets provide support to each of the outer rails and strengthens them against bending forces so the rails can be thinner and of lighter weight. The ladder may have an ANSI duty rating of 1 A or an ANSI duty rating of 1 AA.

A multipurpose ladder having a first inner section. The ladder has a first articulated hinge and a second articulated hinge. The ladder has a second inner section. The ladder has a first outer section. The ladder has a first locking bar. The ladder has a second outer section. The multipurpose ladder may have a plurality of brackets disposed about outer rails of the outer sections. The brackets provide support to each of the outer rails and strengthens them against bending forces so the rails can be thinner and of lighter weight. The ladder may have an ANSI duty rating of 1A or an ANSI duty rating of 1AA. A method for using a multipurpose ladder. A method for producing a multipurpose ladder.

A ladder rung extension assembly includes a bracket assembly including a first pin, a second pin, a pair of mounting assemblies, a pair of first bracket portions extending between the first pin and the second pin, and a pair of angled bracket portions, each of the angled bracket portions extending between the second pin and a respective mounting assembly of the pair of mounting assemblies, a first rung extension assembly having a pivot portion rotatable about the first pin, and a second rung extension assembly having a pivot portion rotatable about the second pin. The ladder rung extension assembly may be engaged with a ladder and have an open position corresponding to the ladder in a deployed position and a closed position corresponding to the ladder in a stored position.

Provided herein are ladders having a flared beaded joint to couple a rung to a rail of the ladder. In some embodiments, a ladder comprises a rail having a web. The web has a first side and a second side. The ladder further includes a rung coupled to the rail via a flared beaded joint. In some configurations, flared beaded joints are disposed at each end of the rung. The flared beaded joint includes a first bead on the first side of the web and a second bead on the second side of the web. The first bead includes a first flange portion and a second flange portion. The first flange portion directly abuts the first side of the web. At least a portion of the second flange portion is disposed at an angle relative to the first flange portion to flare an end of the rung.

A ladder rung extension assembly includes a bracket assembly including a first pin, a second pin, a pair of mounting assemblies, a pair of first bracket portions extending between the first pin and the second pin, and a pair of angled bracket portions, each of the angled bracket portions extending between the second pin and a respective mounting assembly of the pair of mounting assemblies, a first rung extension assembly having a pivot portion rotatable about the first pin, and a second rung extension assembly having a pivot portion rotatable about the second pin. The ladder rung extension assembly may be engaged with a ladder and have an open position corresponding to the ladder in a deployed position and a closed position corresponding to the ladder in a stored position.

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.

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.

A ladder upon which a user can climb has a first rail. The ladder has a second rail. The ladder has a first rung having a width attached to the first rail and second rail. The ladder has a second rung having a width attached to the first rail and second rail. The ladder has a third rung attached to the first rail and second rail. The ladder has a first rung cap riveted to the first rail and second rail and disposed on and in contact with the first rung. The first rung cap having a flat top surface that is wider than the width of the first rung upon which the user can stand. The first rung providing support to the first rung cap. The ladder has a second rung cap riveted to the first rail and second rail and disposed on and in contact with the second rung. A rung cap. A method for a user to climb a ladder. A method for making a ladder.

A ladder having a first fiberglass rail. The ladder having a second fiberglass rail. The ladder having a one-piece composite rung which is hollow and made of carbon fiber or glass. The rung has a middle and a first end and a second end. The ladder having rivets that extend through the first end and the second end of the rung to attach the rung to the first rail and the second rail. No portion of the rung penetrates any portion of the first or second rails.