an end perspective view of emitter 1 similar to that of fig2 where one of the innermost pair of release openings 32 together with its paired nullification partner are moved to a 90 degree position from the linear orientation of the two outermost openings this is the release opening orientation of the preferred embodiment a 90 degree orientation reduces the chance of splashed fluid from the outermost pair of release openings blocking the incoming flight of fluid from the innermost pair of openings as is depicted in fig3 where four release openings are arranged in perfect linear fashion fig5 is a cross section along section line 27 as seen in fig1 this shows the propulsion of emitter 1 into a steady spin by the action of motor driven gear 15 engaging a ring of matching spokes 16 encircling the inner lower portion of emitter 1 delivery pipe 19 does not spin and holds a central location as fluid pass through it up into spinning emitter 1 the preferred instant invention is a low splash fluid distribution implement that spins around a central axis for fluid elongation its discharge is unlike a single jet of water which continually drives fluid onto fluid as a result of the spin induced elongation effect the paired inward sloping beams from the instant invention continually strike substrate before splashing towards each other an improvement is the addition of a sweep.