The present invention relates to a platform (1) for a load unit comprising a supporting face (2) intended to receive the load unit, and locking means (4) arranged on the supporting face (2) and configured to allow the load unit to be locked on the platform. The locking means (4) comprise a first (41) and second (42) element defining an aperture (3) intended to receive an edge region (14) of the load unit. The first element (41) protrudes from the supporting face (2) and comprises a first portion (41a) developing parallel thereto, and a second portion (42b) orthogonally connected to the supporting face (2) through an abutment surface (410). The second element (42) comprises a wall (42a) orthogonally protruding from the supporting face (2) and a protrusion (42b) developing below and parallel to the first portion (41a) of the first element (41). The first element (41) is shaped such that its first portion (41a) comprises a free end (413) inclined with respect to such first portion, opposite to the end connecting