A movable platform assembly for a boat comprises a base structure adapted to be fixed to the boat, a platform, an articulated system that connects the platform to the base structure, wherein the platform is movable between a raised position which is horizontally adjacent to the base structure, and a lowered position which is horizontally away from the base structure, and a pull-out step ladder comprising an articulated parallelogram structure to which a plurality of steps is hinged, the articulated parallelogram structure being connected to the platform and having an end adapted to be fixed to the boat. In the raised position of the platform the pull-out step ladder is arranged under the platform.

A movable platform assembly for a boat comprises a base structure adapted to be fixed to the boat, a platform, an articulated system that connects the platform to the base structure, wherein the platform is movable between a raised position which is horizontally adjacent to the base structure, and a lowered position which is horizontally away from the base structure, and a pull-out step ladder comprising an articulated parallelogram structure to which a plurality of steps is hinged, the articulated parallelogram structure being connected to the platform and having an end adapted to be fixed to the boat. In the raised position of the platform the pull-out step ladder is arranged under the platform.

The present invention relates to a portable ladder with standoffs. The ladder has several steps, each having a tread, two elbows and two standoffs. The user uses the treads to ascend the ladder. The standoffs have distal ends that contact the boat for stability. A tread cable assembly secures the ladder to the boat and supports the treads in a selected maximum spaced relationship. Two standoff cable assemblies are also provided. Each standoff cable assembly has sections that supports the distal standoff ends (adjacent the boat) in selected maximum space relationships. The standoffs and treads maximum spaced relationship are the same so that twisting if the steps is prevented during use.

The present invention relates to a portable ladder with standoffs. The ladder has several steps, each having a tread, two elbows and two standoffs. The user uses the treads to ascend the ladder. The standoffs have distal ends that contact the boat for stability. A tread cable assembly secures the ladder to the boat and supports the treads in a selected maximum spaced relationship. Two standoff cable assemblies are also provided. Each standoff cable assembly has sections that supports the distal standoff ends (adjacent the boat) in selected maximum space relationships. The standoffs and treads maximum spaced relationship are the same so that twisting if the steps is prevented during use.