A bat has a barrel with a multi-wall construction. The handle can be formed integrally with the inner wall. A damping device can be installed between the handle and the outer wall of the barrel. The damping device can dampen vibrations transmitted from the outer wall to the handle. The damping device can also separate the outer wall from the inner wall adjacent the handle section. The inner and outer walls can be bonded together adjacent the end of the bat. Alternatively, the inner and outer walls can be entirely free of bonding to one another. Additionally, a damping device can separate the outer wall from the inner wall adjacent the end of the bat. Furthermore, the bat can include a pair of damping devices that separate the inner wall from the outer wall both adjacent the handle section and at the end of the bat.
1. A bat comprising:
a handle portion adjacent a first end;
a barrel portion adjacent a second end, the barrel portion being a multi-wall construction and including an inner wall radially surrounded by an outer wall;
a tapering portion connecting the handle portion to the barrel portion; and
a damping member damping vibration between the barrel portion and the handle portion,
wherein the inner wall extends from the first end to the second end and forms the handle portion, the tapering portion and the barrel portion, the damping member is disposed on the inner wall, and the outer wall extends from the second end toward the first end and terminates on the damping member with the damping member separating the inner wall from a portion of the outer wall on the damping member, and the inner and outer walls are only bonded together adjacent the second end.
2. The bat of claim 1 , wherein the damping member is on the tapering portion and the outer wall forms a part of the tapering portion.
3. The bat of claim 1 , wherein the damping member includes a tapering section and a generally cylindrical section and the generally cylindrical section is disposed between the inner and outer walls.
4. The bat of claim 1 , wherein the damping member has a hardness between about 20 to about 100 on a Shore 00 scale.