A control system for automatically determining an optimum characteristic for optimum seed singulation, said control system comprising: a plurality of row units; at least one seed meter associated with each row unit of said plurality of row units, said at least one seed meter including: a housing defining an enclosed space accommodating a seed pool, and a seed metering member rotatably mounted within said housing: a user interface console having a display and a data input device for entering data including at least one operation setting and at least one variable operating parameter; a processor responsive to said at least one variable operating parameter and said at least one operation setting, said processor configured to incrementally vary at least one variable operating parameter of said at least one variable operating parameter over a range to generate a set of controlling signals; a controller sequentially transmitting each controlling signal of said set of controlling signals to at least one mechanism; and at least one sensor (S1, S2) functionally cooperating with said at least one mechanism, said at least one sensor (S1, S2) sensing a set of measurements of planter performance corresponding to each controlling signal of said set of controlling signals, wherein the controller selects at least one measurement of planter performance of said set of measurements of planter performance corresponding to the optimum planter parameter, said selected at least one measurement of planter performance being displayed on said user interface console. a plurality of row units; at least one seed meter associated with each row unit of said plurality of row units, said at least one seed meter including: a housing defining an enclosed space accommodating a seed pool, and a seed metering member rotatably mounted within said housing: a user interface console having a display and a data input device for entering data including at least one operation setting and at least one variable operating parameter; a processor responsive to said at least one variable operating parameter and said at least one operation setting, said processor configured to incrementally vary at least one variable operating parameter of said at least one variable operating parameter over a range to generate a set of controlling signals; a controller sequentially transmitting each controlling signal of said set of controlling signals to at least one mechanism; and at least one sensor (S1, S2) functionally cooperating with said at least one mechanism, said at least one sensor (S1, S2) sensing a set of measurements of planter performance corresponding to each controlling signal of said set of controlling signals, wherein the controller selects at least one measurement of planter performance of said set of measurements of planter performance corresponding to the optimum planter parameter, said selected at least one measurement of planter performance being displayed on said user interface console. a housing defining an enclosed space accommodating a seed pool, and a seed metering member rotatably mounted within said housing: a user interface console having a display and a data input device for entering data including at least one operation setting and at least one variable operating parameter; a processor responsive to said at least one variable operating parameter and said at least one operation setting, said processor configured to incrementally vary at least one variable operating parameter of said at least one variable operating parameter over a range to generate a set of controlling signals; a controller sequentially transmitting each controlling signal of said set of controlling signals to at least one mechanism; and at least one sensor (S1, S2) functionally cooperating with said at least one mechanism, said at least one sensor (S1, S2) sensing a set of measurements of planter performance corresponding to each controlling signal of said set of controlling signals, wherein the controller selects at least one measurement of planter performance of said set of measurements of planter performance corresponding to the optimum planter parameter, said selected at least one measurement of planter performance being displayed on said user interface console. a user interface console having a display and a data input device for entering data including at least one operation setting and at least one variable operating parameter; a processor responsive to said at least one variable operating parameter and said at least one operation setting, said processor configured to incrementally vary at least one variable operating parameter of said at least one variable operating parameter over a range to generate a set of controlling signals; a controller sequentially transmitting each controlling signal of said set of controlling signals to at least one mechanism; and at least one sensor (S1, S2) functionally cooperating with said at least one mechanism, said at least one sensor (S1, S2) sensing a set of measurements of planter performance corresponding to each controlling signal of said set of controlling signals, wherein the controller selects at least one measurement of planter performance of said set of measurements of planter performance corresponding to the optimum planter parameter, said selected at least one measurement of planter performance being displayed on said user interface console.