A bush pin, a bracket and a mounting assembly for a v-stay for a vehicle

A mounting assembly for a V-stay presenting two arms adapted to structurally connect an axle casing for a vehicle wheel axle to a respective of a left and right vehicle frame member, comprising

• two connection members adapted to be connected to the arms, and
• two load transfer members adapted to be connected to the axle casing,
• each of the connection members being adapted to be connected to a respective of the load transfer members by a fastening arrangement cooperating with a fastening formation presented by the respective load transfer member, and
• each of the load transfer members presenting a first contact surface adapted to abut a complementary first contact surface on the respective connection member,
• wherein each first contact surface on the respective load transfer member is displaced from the respective fastening formation,
• the mounting assembly comprising a bushing, a bushing cover (502) enclosing the bushing and adapted to be connected to the arms, and a bush pin extending through the bushing and presenting the connection members protruding on either side of the bushing, the first contact surfaces of the load transfer members face at least partly towards each other and the first contact surfaces of the connection members face at least partly away from each other,
• wherein each of the first contact surfaces on the connection members is inclined so that the first contact surfaces on the connection members form a wedge when inserted between the contact surfaces of the load transfer members.

A mounting assembly for a V-stay presenting two arms adapted to structurally connect an axle casing for a vehicle wheel axle to a respective of a left and right vehicle frame member, comprising

• two connection members adapted to be connected to the arms, and
• two load transfer members adapted to be connected to the axle casing,
• wherein each connection member presents an ear-like fastening portion, provided as a plate-shaped part, each of the connection members being adapted to be connected to a respective of the load transfer members by a fastening arrangement including an elongated threaded fastener, and
• each of the load transfer members presenting a primary contact surface (528, 529) adapted to abut a complementary primary contact surface on the respective connection member,
• wherein each of the load transfer members presents a further, secondary contact surface adapted to abut a complementary further, secondary contact surface on the respective connection member,
• the mounting assembly comprising a bushing, a bushing cover (502) enclosing the bushing and adapted to be connected to the arms, and a bush pin extending through the bushing and presenting the connection members protruding on either side of the bushing,
• the bush pin comprising a central bush portion located inside the bushing, normals of the primary contact surfaces are non-parallel to normals of the secondary contact surfaces, wherein each secondary contact surface on the respective connection member forms a transition of bush pin thickness in a first transverse direction of the bush pin between the central bush portion and the respective fastening portion.