Case Studies

A homogeneous field, small differences after winter, and a farmer who wants to know what every zone gets. 120 to 130 kg/ha, one even stand.

A grass weed hiding inside a grass crop, found by a detection model the agronomist trained himself. 65% less herbicide across the barley, and €49 per hectare down to €17.

A rape field that lost almost half its crop to winter, protected in three zones instead of one flat rate: full, half, nothing. 50% of the fungicide saved, and very little disease at harvest in a season that was not dry.

Almost half this rape field came out of winter with no crop on it, so the map fed only the half that lived. 50% of the nitrogen saved, and a field budgeted for 1.2 t/ha combined at 2.5.

85 hectares of winter wheat mapped by drone, and the sprayer opened only over the weed patches. 62% less herbicide, €25.50 per hectare down to €9.63.

Half the field had beans, half was clean. Spray only the half that needs it: 100% control, half the herbicide, €8.50/ha saved.

A weed that resists most sprays, hit at full rate on the 5% of the field that had it. 98% control, and the other 95% of the wheat never touched.

Support strong crop development while minimizing waste for maximum efficiency NDVI data optimized fertilizer use.

Achieve a balanced wheat stand use tillering to your advantage, maximize yields, minimize seed waste, optimize field potential, and reduce lodging and disease risks.

Precise Rumex recognition within a grassland, with 94.22% volume saving, ensures efficient weed control, healthier crop, reduced costs, and more eco-friendly herbicide use.

Ensure optimal overwintering with variable rate growth regulation reduce chemical use, boost crop performance, and maximize cost savings.

Pinpoint vole damage, act precisely focused drone treatment saved 93% input and prevented heavy yield losses.

Uniform finish, less chemistry precision desiccation treated green spots only, reducing product use by 16% and securing even ripening.

90% less herbicide, same clean field pre-planting spot spray targeted green patches only, setting the next crop up for a perfect start.

Re-seed or not? A 21-minute flight answered it precise plant-level detection confirmed healthy stand density and saved unnecessary replanting across 30 ha of sugar beet.

Precision at work drone mapping pinpointed Cirsium in maize, enabling spot-spraying with over 50 % herbicide savings and no loss of efficacy.