Maize RUBIN S

Technical Profile of the Rubin S Hybrid

Developed by the All-Russian Scientific Research Institute of Corn, this hybrid is engineered specifically to meet the demands of the livestock sector. The breeding process focused on optimizing the composition of both grain and green mass to produce high-energy feed. The hybrid's genotype is designed to efficiently convert nutrients into dry matter accumulation, a critical factor for high-quality compound feed production.

Agrotechnical Parameters and Adaptability

A key engineering feature of this hybrid is its response to plant density. Depending on the soil fertility levels and regional moisture availability, the manufacturer recommends adjusting the seeding rate:

• 50–55 thousand plants/ha: Suitable for extensive conditions with moisture deficits.
• 70–75 thousand plants/ha: The standard benchmark for average cultivation conditions.
• 80–85 thousand plants/ha: Optimized for high-intensity technologies, including irrigation or high-level mineral nutrition.

This flexibility allows agronomists to manage the photosynthetic potential of the crop, maximizing yield per hectare while mitigating the risks of lodging or underdeveloped ears due to overcrowding. The hybrid maintains consistent ear architecture, which directly improves grain output when processed for fodder.

Operational Efficiency

Choosing Rubin S for feed production is justified by the high biological value of the harvest. By adhering to the recommended density protocols, producers can minimize the cost per feed unit by reducing the need for intensive intervention against crop-specific stressors. Implementing this hybrid offers a predictable outcome in the forage sector, where the chemical stability of silage and grain nutrient concentration are paramount.