Maize 240192 NS

Genetic Potential and Adaptability of the 240192 NS Hybrid

Serbian breeding expertise from Institut Za Ratarstvo I Povrtarstvo has consistently prioritized stress tolerance and ecological plasticity, and the 240192 NS model is a prime example of this philosophy. This corn hybrid serves as a versatile solution, designed for both commercial grain production and high-quality silage. With its early maturity cycle (FAO 90–1240), the crop allows farmers to optimize harvest logistics, significantly reducing risks during adverse weather conditions in late summer.

Technical Resistance to Pathogens

A fundamental technical strength of 240192 NS lies in its genetically embedded defense mechanisms against major field corn threats. The Institute’s genetic engineers have focused specifically on resistance to Fusarium and common smut. The practical impact is significant: it reduces the required fungicide load during the vegetation stage and preserves ear integrity, which is directly correlated with crop quality and the absence of mycotoxins—critical factors for silage-based animal feed.

Agronomic Operational Parameters

To realize the maximum yield potential of this hybrid, it is recommended to maintain a planting density of 75,000 to 85,000 plants per hectare. The exact density should be adjusted based on the site's water availability and general soil fertility. The hybrid's rapid early growth and vigorous development allow the plant to efficiently utilize spring moisture reserves. Using 240192 NS delivers predictable results, balancing high biological productivity with robust disease resistance, making it a strategic choice for operations aimed at stable performance across diverse farming scenarios.