AS 33002

The Versatile Potential of Aspria Seeds AC 33002

When an agronomist faces the task of meeting two needs simultaneously — high-quality commercial grain and nutrient-dense silage — choosing a hybrid often feels like a compromise. However, the AC 33002 from Aspria Seeds challenges this stereotype. This simple hybrid, developed by breeder Frederic Poujeaud, demonstrates rare flexibility in application while maintaining high yield potential in both niches.

Agronomic Profile and Key Features

The core characteristic of AC 33002 is its flint-dent grain type. This classic combination is advantageous: the hard texture provides resistance to pests and diseases in the field, while the floury component ensures excellent starch content, which is critical for dairy farming and processing industries.

• Vegetation Period: 120–140 days. The hybrid belongs to the medium-late maturity group, allowing it to utilize solar energy for grain filling with maximum efficiency.
• FAO 90–1240: This wide range of adaptation indicates the crop's ability to unlock its genetic potential across diverse climatic zones.
• Density Recommendations: To achieve maximum yield indicators depending on regional moisture availability, sowing at a density of 70,000 to 85,000 plants per hectare is recommended.

Why Choose This Hybrid?

AC 33002 is a "workhorse" for farms that value predictability. Unlike highly specialized hybrids that require perfect conditions, this corn is forgiving of minor deviations in agrotechnology. Its main strength lies in its high biomass output when harvested for silage, while its grain productivity remains stable even under stressful ripening conditions.

This hybrid is optimal for agricultural enterprises with a strong livestock sector, where balanced feed is paramount, as well as for crop-focused farms aiming to sell high-quality grain. However, it is important to remember that due to its long vegetation period, AC 33002 requires precise sowing schedule planning to ensure harvest is completed before the onset of unfavorable weather conditions.