Maize Prim 247 MV

Technical Architecture of the Prim 247 MV Hybrid

Developed by the Institute of Grain Crops of NAAS, Prim 247 MV is a simple cross hybrid engineered for consistent grain yield. By utilizing a simple hybrid structure, the crop achieves high phenotypic uniformity, which reduces intra-crop competition and ensures that each plant develops synchronously, optimizing the efficiency of nutrient uptake.

Operational Performance Factors

• Growth Cycle (120–140 Days): This duration maximizes the photosynthetic window, allowing the crop to fully leverage solar radiation for biomass accumulation and kernel filling.
• Grain Morphology: The dent-type kernel is specifically designed for mechanical harvesting efficiency. The endosperm structure facilitates rapid moisture loss during the final maturation stage, significantly reducing drying costs.
• Density Optimization: The hybrid’s flexibility allows for custom planting strategies based on moisture availability. Recommendations range from 55,000–60,000 plants/ha in water-stressed environments to 85,000–90,000 plants/ha under intensive irrigation or highly fertile soil conditions.

Prim 247 MV is a specialized tool for grain production. Its core strength lies in its predictable performance; because it is a simple hybrid, there is minimal variation between plants, making it easier to calibrate harvesting equipment and execute uniform agronomic interventions throughout the season.