A cross-over fluid coupling comprising: a) a first coupling end; b) a second coupling end spaced apart from the first coupling end in an axial direction; c) a plurality of first conduits (122a-c) extending between the first and second coupling ends (102; 104), each first conduit (122a-c) having: i) an inner end (128a-c) disposed toward the first coupling end and having a first geometric centroid; ii) an outer end (126a-c) spaced apart from the inner end (128a-c) toward the second coupling end in the axial direction, having a second geometric centroid and being outboard of the inner end (128a-c) in a lateral direction that is orthogonal the axial direction; and iii) a first conduit sidewall (123a-c) extending between the outer end (126a-c) and the inner end (128a-c), and being configured so that a straight line extending between the first geometric centroid and the second geometric centroid does not intersect the first conduit sidewall (123a-c) and is at an angle of less than about 15 degrees relative to the axial direction; d) a plurality of second conduits (124a-c) extending between the first coupling end and the second coupling end, each second conduit (124a-c) having: i) an outer end (130a-c) that is disposed toward the first coupling end, comprises a first geometric centroid and being positioned laterally outboard of the inner end (128a-c) of at least one of the first conduits (122a-c), ii) an inner end (132a-c) that is spaced apart from the outer end (130a-c) thereof toward the second coupling end in the axial direction, having a second geometric centroid and being laterally inboard of the outer end (126a-c) of the at least one of the first conduits (122a-c) and iii) a second conduit sidewall (125a-c) extending between the outer end (130a-c) and the inner end (132a-c), and being configured so that a straight line extending between the first geometric centroid and the second geometric centroid does not intersect the second conduit sidewall (125a-c) and is at an angle of less than about 15 degrees relative to the axial direction. a) a first coupling end; b) a second coupling end spaced apart from the first coupling end in an axial direction; c) a plurality of first conduits (122a-c) extending between the first and second coupling ends (102; 104), each first conduit (122a-c) having: i) an inner end (128a-c) disposed toward the first coupling end and having a first geometric centroid; ii) an outer end (126a-c) spaced apart from the inner end (128a-c) toward the second coupling end in the axial direction, having a second geometric centroid and being outboard of the inner end (128a-c) in a lateral direction that is orthogonal the axial direction; and iii) a first conduit sidewall (123a-c) extending between the outer end (126a-c) and the inner end (128a-c), and being configured so that a straight line extending between the first geometric centroid and the second geometric centroid does not intersect the first conduit sidewall (123a-c) and is at an angle of less than about 15 degrees relative to the axial direction; i) an inner end (128a-c) disposed toward the first coupling end and having a first geometric centroid; ii) an outer end (126a-c) spaced apart from the inner end (128a-c) toward the second coupling end in the axial direction, having a second geometric centroid and being outboard of the inner end (128a-c) in a lateral direction that is orthogonal the axial direction; and iii) a first conduit sidewall (123a-c) extending between the outer end (126a-c) and the inner end (128a-c), and being configured so that a straight line extending between the first geometric centroid and the second geometric centroid does not intersect the first conduit sidewall (123a-c) and is at an angle of less than about 15 degrees relative to the axial direction; d) a plurality of second conduits (124a-c) extending between the first coupling end and the second coupling end, each second conduit (124a-c) having: i) an outer end (130a-c) that is disposed toward the first coupling end, comprises a first geometric centroid and being positioned laterally outboard of the inner end (128a-c) of at least one of the first conduits (122a-c), ii) an inner end (132a-c) that is spaced apart from the outer end (130a-c) thereof toward the second coupling end in the axial direction, having a second geometric centroid and being laterally inboard of the outer end (126a-c) of the at least one of the first conduits (122a-c) and iii) a second conduit sidewall (125a-c) extending between the outer end (130a-c) and the inner end (132a-c), and being configured so that a straight line extending between the first geometric centroid and the second geometric centroid does not intersect the second conduit sidewall (125a-c) and is at an angle of less than about 15 degrees relative to the axial direction. i) an outer end (130a-c) that is disposed toward the first coupling end, comprises a first geometric centroid and being positioned laterally outboard of the inner end (128a-c) of at least one of the first conduits (122a-c), ii) an inner end (132a-c) that is spaced apart from the outer end (130a-c) thereof toward the second coupling end in the axial direction, having a second geometric centroid and being laterally inboard of the outer end (126a-c) of the at least one of the first conduits (122a-c) and iii) a second conduit sidewall (125a-c) extending between the outer end (130a-c) and the inner end (132a-c), and being configured so that a straight line extending between the first geometric centroid and the second geometric centroid does not intersect the second conduit sidewall (125a-c) and is at an angle of less than about 15 degrees relative to the axial direction.