Abstract: A hinged docking platform may include a base having a planar surface configured to support a user while suspended adjacent to an elevated unit. The base may be coupled to an elevated unit via a hinge. The hinge may enable a rotational transition of the base between a substantially vertical orientation of the planar surface as a closed position and a substantially horizontal orientation of the planar surface as an open position. The base may also include a guard rail extending around at least a portion of a perimeter of the base where the guard rail protrudes above the base when the base is in the open position. In some aspects, a ladder may be coupled to the base to enable access to the base when the base is oriented in the open position. In further aspects, a biasing component may be coupled between the elevated component and the base to bias the base during the rotational transition between the closed position and the open position.

Abstract: A hinged docking platform may include a base having a planar surface configured to support a user while suspended adjacent to an elevated unit. The base may be coupled to an elevated unit via a hinge. The hinge may enable a rotational transition of the base between a substantially vertical orientation of the planar surface as a closed position and a substantially horizontal orientation of the planar surface as an open position. The base may also include a guard rail extending around at least a portion of a perimeter of the base where the guard rail protrudes above the base when the base is in the open position. In some aspects, a ladder may be coupled to the base to enable access to the base when the base is oriented in the open position. In further aspects, a biasing component may be coupled between the elevated component and the base to bias the base during the rotational transition between the closed position and the open position.