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A clutch apparatus includes a first clutch pack having a plurality of first friction disks. The first clutch pack will selectively transfer torque from a torque supplying member to a first torque receiving member. The apparatus also includes a second clutch pack having a plurality of second friction

A clutch apparatus includes a first clutch pack having a plurality of first friction disks. The first clutch pack will selectively transfer torque from a torque supplying member to a first torque receiving member. The apparatus also includes a second clutch pack having a plurality of second friction disks. The second clutch pack will selectively transfer torque from a torque supplying member to a second torque receiving member. The apparatus also includes a first rotating manifold having a first cooling inlet for directing a cooling fluid to the first clutch pack. At least a portion of the first rotating manifold is coupled for rotation with at least a portion of the first friction disks. The apparatus also includes a second rotating manifold having a second cooling inlet for directing a cooling fluid to the second clutch pack. At least a portion of the second rotating manifold is coupled for rotation with at least a portion of the second friction disks. The first rotating manifold and the second rotating manifold are interchangeable.

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1. A clutch apparatus comprising: a first clutch pack having a plurality of first friction disks, wherein the first clutch pack will selectively transfer torque from a torque supplying member to a first torque receiving member;a second clutch pack having a plurality of second friction disks, wherein

1. A clutch apparatus comprising: a first clutch pack having a plurality of first friction disks, wherein the first clutch pack will selectively transfer torque from a torque supplying member to a first torque receiving member;a second clutch pack having a plurality of second friction disks, wherein the second clutch pack will selectively transfer torque from the torque supplying member to a second torque receiving member;a first rotating manifold having a first central web portion and a first cooling inlet for directing a cooling fluid to the first clutch pack, wherein at least a portion of the first rotating manifold is coupled for rotation with at least a portion of the first friction disks;a second rotating manifold having a second central web portion and a second cooling inlet for directing a cooling fluid to the second clutch pack, wherein at least a portion of the second rotating manifold is coupled for rotation with at least a portion of the second friction disks, and wherein the first central web portion includes at least one first web extension and the second central web portion includes at least one second central web aperture such that when the first rotating manifold is coupled to the second rotating manifold, the first web extension is received within the second central web aperture; and wherein the first rotating manifold and the second rotating manifold are interchangeable;a first piston chamber positioned radially inward of the first clutch pack, wherein the first piston chamber is operably connected the first clutch pack for exerting a compressive force on at least a portion of the first clutch pack as a first fluid is pressurized into the first piston chamber;a first piston and a first balance chamber formed at least partially between the first piston and the torque supplying member, wherein movement of the first piston as a fluid flows into the first piston chamber will displace a second fluid from the first balance chamber, and wherein a portion of the first piston and a portion of the torque supplying member form the pressure boundary for the first piston chamber, and wherein the first piston chamber selectively receives fluid through the first rotating manifold to axially displace the first piston relative to the first rotating manifold. 2. The apparatus of claim 1, wherein the first cooling inlet directs the fluid to a first disk engaging surface of a first disk and the second cooling inlet directs the fluid to a second disk engaging surface of a second disk. 3. The apparatus of claim 1, further comprising a second piston chamber positioned radially inward of the second clutch pack, wherein the second piston chamber is operably connected the second clutch pack for exerting a compressive force on at least a portion of the second clutch pack. 4. The apparatus of claim 1, wherein the first rotating manifold and the second rotating manifold are dissimilar. 5. A clutch apparatus for a vehicle, comprising: a first clutch pack having a plurality of friction disks, wherein the first clutch pack will selectively transfer torque from a torque supplying member to a first torque receiving member;a second clutch pack having a plurality of friction disks, wherein the second clutch pack will selectively transfer torque from the torque supplying member to a second torque receiving member;a first rotating manifold having a first central web portion and a first cooling inlet for directing a cooling fluid to the first clutch pack, wherein the first central web portion further comprises a first web extension and a first web aperture, wherein at least a portion of the first rotating manifold is coupled for rotation with at least a portion of the first friction disks;a second rotating manifold having a second central web portion and a second cooling inlet for directing a cooling fluid to the second clutch pack, wherein the second central web portion further comprises a second web extension and a second web aperture, wherein at least a portion of the second rotating manifold is coupled for rotation with at least a portion of the second friction disks;a first piston positioned radially within the first clutch pack; anda first balance chamber formed at least partially between the first piston and the torque supplying member, wherein movement of the first piston as a fluid flows into the first piston chamber will displace a second fluid from the first balance chamber; andwherein a portion of the first piston and a portion of the torque supplying member form a pressure boundary for a first piston chamber, and wherein the first piston chamber selectively receives fluid through the first rotating manifold to axially displace the first piston relative to the first rotating manifold; andwherein when the first rotating manifold is coupled to the second rotating manifold, the first web extension is received within the second web aperture and wherein the second web extension is received within the first web aperture. 6. The apparatus of claim 5, wherein the first rotating manifold and the second rotating manifold are interchangeable. 7. The apparatus of claim 5, wherein a first friction surface and a second friction surface define portions of annular disks of the second clutch pack. 8. The apparatus of claim 5, further comprising a second piston assembly including a second piston for exerting an axial force on the second clutch pack. 9. The apparatus of claim 8, further comprising a second balance chamber formed at least partially between the second piston and a portion of the second rotating manifold, wherein the second piston assembly defines a second piston chamber that is generally dynamically balanced by the balance chamber. 10. The apparatus of claim 5, wherein the first cooling inlet directs the fluid to a first disk engaging surface of a first disk and the second cooling inlet directs the fluid to a second disk engaging surface of a second disk. 11. The apparatus of claim 5, wherein the first piston is operably connected to the first clutch pack for exerting a compressive force on at least a portion of the first clutch pack as a fluid is pressurized into the first piston chamber.