A finishing attachment for a tillage implement has a support arm configured to mount to the frame so that a long dimension of the support arm extends in a fore-aft direction of the implement. A cross-bar having a long dimension extending transverse to the fore-aft direction is coupled to a free end of the support arm. A roller basket is mounted to the cross-bar for rotation with respect to the cross-bar. A pivot bracket couples the free end of the support arm to the cross-bar. The pivot bracket forms a pivot axis extending substantially in the fore-aft direction of travel about which the roller basket pivots.

A multi-piece cutting edge attachment for a circular shaft of a harrow tine features a mounting member formed of a material that is weldable to, and distinct from, a first material of the harrow tine. A cutting edge member is formed of a third material that is harder than the first and second materials and less weldable to harrow tine than the second material of the mounting member. The cutting edge member has a front face and an opposing rear face that is conformingly shaped for placement against a front face of the mounting member at a lower end thereof. The multi-piece arrangement forms a cutting edge of greater hardness than that which is achievable by a material directly attachable to the tine itself.

A multi-piece cutting edge attachment for a circular shaft of a harrow tine features a mounting member formed of a material that is weldable to, and distinct from, a first material of the harrow tine. A cutting edge member is formed of a third material that is harder than the first and second materials and less weldable to harrow tine than the second material of the mounting member. The cutting edge member has a front face and an opposing rear face that is conformingly shaped for placement against a front face of the mounting member at a lower end thereof. The multi-piece arrangement forms a cutting edge of greater hardness than that which is achievable by a material directly attachable to the tine itself.

A conditioning system for conditioning a ground surface having a base layer and a cushion layer. The conditioning system includes at least one conditioning element adapted for conditioning the ground surface, a floating frame adapted for supporting the at least one conditioning system to maintain desired contact with the ground surface, and a levelling system for defining a desired spacing between a base layer of the ground surface and the at least one conditioning element to define a cushion layer. In one embodiment a first conditioning element and a second conditioning element are provided where the first conditioning element is disposed at a first angle relative to a directional axis and the second conditioning element is disposed at a second angle relative to the directional axis and wherein the first conditioning element is offset from the second conditioning element relative to the directional axis.

A hoeing device includes: a frame intended to be coupled to a vehicle for towing the hoeing device; and a deformable parallelogram having comprising an upper beam and a lower beam carrying at least one hoeing tool as well as an element for running on the ground. The beams being connected by at least one pair of connecting rods, the connecting rods extending from one beam to the other while being inclined, from the upper beam to the lower beam, forwards in a forward direction of movement of the hoeing device. A connecting member is inserted between the frame and the deformable parallelogram.

A hoeing device includes: a frame intended to be coupled to a vehicle for towing the hoeing device; and a deformable parallelogram having comprising an upper beam and a lower beam carrying at least one hoeing tool as well as an element for running on the ground. The beams being connected by at least one pair of connecting rods, the connecting rods extending from one beam to the other while being inclined, from the upper beam to the lower beam, forwards in a forward direction of movement of the hoeing device. A connecting member is inserted between the frame and the deformable parallelogram.