Abstract: A shuttle pallet for a high rack storage facility has three longitudinal supports extending parallel to each other. Load bearing bridges orthogonally extend relative to the longitudinal supports. The longitudinal supports and the load bearing bridges are connected to one another in an articulated fashion. The longitudinal supports are made of a wear-resistant and bending-resistant semi-finished product and are form-fittingly and exchangeably connected to the load bearing bridges. The longitudinal supports have in cross-section an area with a circular ring-shaped cross-section. The load bearing bridges have legs. Snap-on-connectors with a circular segment-shaped cross-section are formed on the legs. The longitudinal supports are supported with the circular ring-shaped cross-section rotatably about an axis of rotation and exchangeably in the snap-on connectors, respectively. The axis of rotation extends in a direction of a longitudinal axis of the longitudinal supports.

Abstract: The invention relates to a shuttle palette comprising three load-bearing bridges (3) and three longitudinal carriers (19). Said shuttle palettes are disposed below a conventional transport palette and said composite is stored in a high-shelf storage system.

Abstract: Disclosed is a nestable load support (1), preferably made of plastic, comprising a deck (3), an outer edge (9) that extends along the entire periphery, several legs (5) which are each formed by a respective depression in the deck, with two sidewalls (7) and a bottom (8), the sidewalls and the bottom forming a trapezoidal cross section, and at least one respective opening (19) for the forks of a stacker in the sidewalls of the legs. The outer edge and the deck are connected to each other exclusively via the sidewalls and the bottoms of the legs.