Maize DKC4711

Technological Potential of the DKC4711 Hybrid

At the core of the Monsanto DKC4711 productivity lies the architecture of a simple hybrid with a distinct flint grain type. This genetic combination ensures a high starch concentration (up to 72%), making the crop a versatile solution for farms focusing on both grain sales and high-quality silage production. The plant's physiology is adapted for intensive grain fill, where every day of the 90-100 day maturity cycle is efficiently converted into dry matter.

Phytosanitary Barrier

Monsanto’s breeding strategy prioritizes biological crop protection. The DKC4711 exhibits strong resistance to common smut, which is critical in regions with high infection pressure. Genetic resistance to Fusarium and stalk rot minimizes losses during the maturation phase, allowing for cob integrity even when harvesting is delayed.

Agrotechnical Flexibility

The flexibility of this hybrid lies in the ability to vary planting density, allowing agronomists to fine-tune the crop for specific soil types and moisture availability:

• 50–55k plants/ha — for water-limited zones;
• 60–65k plants/ha — optimal for average soil fertility;
• 70–75k plants/ha — for high-input technologies and irrigated fields.

This variability in planting density makes the DKC4711 a precision tool for adaptive farming, where plant spacing directly correlates with the final starch yield per hectare.