A system (10) for arranging wind turbine blades includes first and second root cradles (34, 36) and a first support (58) proximate to the second root cradle (36). A first tip cradle (38) is rotatably connected to the first support (58), and a second tip cr...

The invention relates to a system for the transportation of wind turbine components with a vehicle, especially for the transportation of large wind turbine components. According to the invention the vehicle comprises at least two wheelsets (6,7), a first e...

The transport device for an elongate object, e.g. for a rotor blade for a wind turbine, comprises a support surface (12) for the elongate object (14), comprising a front end (20) and a rear end (22), means for pivoting the elongate object (14) from a subst...

The module has a rear frame (24) made of thermoplastic material, and comprising fixation units cooperating with fixation units (12) of a body shell (10) and fixation units (28) of a rear opening (14) such as rear door. Side rails (20) having extensions (26...

The invention relates to a nacelle (20) comprising releasable attachment means (71, 72, 27), said attachment means (71, 72, 27) being adapted for suspension of said nacelle (20) between at least two wheel sets (21, 22) as completely or partly self-supporti...

The vehicle (1) has an extedible storage compartment (3) in the back. This compartment is closed using a door (4) pivotally connected to the compartment floor (16).

A cargo bed structure of a truck has concave portions (6) formed within an inside surface of each right and left side wall (3) for detachably mounting scantlings on a lower surface of the concave portion (6), respectively. The bed structure includes a rota...

The vehicle, having a passenger compartment with front (12) and folding rear (3) seats making a flat loading floor, is made with a mobile roof section, part glass (13) and part metal (14b), that pivots about a horizontal axis (15) at its forward end so it ...