Hydropedology and precision agriculture research evidently requires precision soil maps for investigating site-specific water movement and crop management. To advance hydropedology and hydrologic modeling, we need new ways of mapping soils over the landscape in greater detail and with higher precision. In this study, combined information of soil properties, topography, geophysical survey, crop yield, and soil water content facilitated us to generate a precision soil map. Depth to bedrock, electromagnetic induction data, and DEM derived slope were used to delineate map units of different soil series and transition zones to produce the refined soil map. After considering the specific purpose for Hydropedolgy-Precision agriculture research, a precision soil map was generated by modifying the refined soil map with depth to clay layer and A horizon texture. Result shows that the final map is better than the current second order soil map for crop yield and soil moisture management. Uncertainties associated with the process of make the refined and precision soil maps were assessed.