A liquid jetting apparatus comprising: individual channel rows each formed by individual channels, the individual channels being aligned in a first direction and including nozzles respectively, the individual channel rows being arranged in a second direction orthogonal to the first direction; first manifolds each extending in the first direction and connected to the individual channels forming the individual channel rows, the first manifolds being arranged in the second direction; and at least one second manifold extending in the first direction and connected to the individual channels forming the individual channel rows, wherein first connecting ports are formed in end portions, of the first manifolds, on one side in the first direction, the first connecting ports opening on one side in a third direction orthogonal to both the first direction and the second direction, a second connecting port is formed in an end portion, of the at least one second manifold, on the one side in the first direction, the second connection port opening on the one side in the third direction, the first connecting ports and the second connecting port are arranged to be shifted in the first direction, and the liquid jetting apparatus further comprises a first common channel extending in the second direction and connected to the first connecting ports of the first manifolds, characterized by further comprising a first filter preventing foreign substances from flowing into the first manifolds, and a second filter preventing foreign substances from flowing into the at least one second manifold, wherein: a) the at least one second manifold is formed as second manifolds, the second connecting port is formed as second connecting ports, the liquid jetting apparatus further comprises a second common channel extending in the second direction and connected to the second connecting ports of the second manifolds, the first common channel and the second common channel are open in an identical plane, and one filter member, which integrates the first filter and the second filter, extends on the identical plane across the first common channel and the second common channel; and/or b) the first connecting ports and the second connecting port are open in an identical plane, and one filter member, which integrates the first filter and the second filter, extends on the identical plane across the first connecting ports and the second connecting port. individual channel rows each formed by individual channels, the individual channels being aligned in a first direction and including nozzles respectively, the individual channel rows being arranged in a second direction orthogonal to the first direction; first manifolds each extending in the first direction and connected to the individual channels forming the individual channel rows, the first manifolds being arranged in the second direction; and at least one second manifold extending in the first direction and connected to the individual channels forming the individual channel rows, wherein first connecting ports are formed in end portions, of the first manifolds, on one side in the first direction, the first connecting ports opening on one side in a third direction orthogonal to both the first direction and the second direction, a second connecting port is formed in an end portion, of the at least one second manifold, on the one side in the first direction, the second connection port opening on the one side in the third direction, the first connecting ports and the second connecting port are arranged to be shifted in the first direction, and the liquid jetting apparatus further comprises a first common channel extending in the second direction and connected to the first connecting ports of the first manifolds, characterized by further comprising a first filter preventing foreign substances from flowing into the first manifolds, and a second filter preventing foreign substances from flowing into the at least one second manifold, wherein: a) the at least one second manifold is formed as second manifolds, the second connecting port is formed as second connecting ports, the liquid jetting apparatus further comprises a second common channel extending in the second direction and connected to the second connecting ports of the second manifolds, the first common channel and the second common channel are open in an identical plane, and one filter member, which integrates the first filter and the second filter, extends on the identical plane across the first common channel and the second common channel; and/or b) the first connecting ports and the second connecting port are open in an identical plane, and one filter member, which integrates the first filter and the second filter, extends on the identical plane across the first connecting ports and the second connecting port. a) the at least one second manifold is formed as second manifolds, the second connecting port is formed as second connecting ports, the liquid jetting apparatus further comprises a second common channel extending in the second direction and connected to the second connecting ports of the second manifolds, the first common channel and the second common channel are open in an identical plane, and one filter member, which integrates the first filter and the second filter, extends on the identical plane across the first common channel and the second common channel; and/or b) the first connecting ports and the second connecting port are open in an identical plane, and one filter member, which integrates the first filter and the second filter, extends on the identical plane across the first connecting ports and the second connecting port.