Not all variability is visible from the cab.
A field can look uniform at a glance, but underneath, nutrient levels, texture, and soil composition can change dramatically across short distances.
This hidden variability can quietly impact everything from input efficiency to yield potential.
Traditional sampling methods often generalize those changes across larger zones.
#SoilOptix takes a different approach, combining gamma-radiation scanning with strategically placed soil samples to generate high-resolution maps at up to 335 data points per acre.
The result? A clearer picture of what’s actually happening across the field, including macro and micronutrients, sand, silt, clay, pH, organic matter, and more.
Because when you can see variability where it actually exists, you can make more informed decisions about where inputs are truly needed.
Soil variability could be costing more than you think.