Maize Bigbeat

Silage potential from KWS: German genetics in Bigbit

In the segment of high-quality forage harvesting, the choice of hybrid determines not just the yield of green mass, but the energy value of your cattle ration for the entire year. The Bigbit maize hybrid from the KWS breeding house (Germany) occupies a niche of specialized solutions for silage production. This is a classic simple hybrid with a flint-type grain, valued by farmers for its predictable field performance and high nutritional density in the bunker.

Adaptability and agrotechnics

Bigbit is engineered for intensive use in livestock farming. Its biological characteristics allow for a flexible approach to seeding density, which is critical across varying soil fertility levels and moisture availability:

• 45,000–55,000 plants/ha — optimal for regions with limited moisture;
• 55,000–65,000 plants/ha — standard for regions with sufficient moisture to maximize vegetative growth;
• 75,000–85,000 plants/ha — intensive cultivation for peak silage mass yields.

In this case, German KWS breeding has prioritized stability. The FAO range of 90–1240 emphasizes the focus on biomass accumulation. Unlike grain hybrids, the energy of this plant is directed not toward accelerated ear maturation, but toward the formation of a robust stem structure with an excellent "stay-green" effect, significantly broadening the optimal harvest window.

Why choose Bigbit?

KWS's reputation in the silage corn market is built on strict seed quality control and deep research into disease resistance. Bigbit is a tool for those who plan their fodder supply with mathematical precision. The flint-type grain ensures excellent starch digestibility, which, combined with a high proportion of vegetative mass, produces a well-balanced silage. By choosing this hybrid, the farmer secures a reliable solution, verified by European cultivation standards and oriented toward long-term economic gains in livestock production.