PILOT, V.S.K., (METAMITRON, 700 G/L)

Technical performance of Metamitron in Pilot, V.S.K.

Weed control efficacy in fodder beet cultivation relies heavily on the selective action of the herbicide. "Pilot, V.S.K." is a highly concentrated (700 g/l) suspension concentrate based on Metamitron, manufactured by ZAO Firma August (Vurnary). The key technical advantage of this formulation is its ability to penetrate weeds both through the leaf surface and partially through the soil, providing a prolonged protective residual effect.

Systemic control and selectivity mechanisms

The product utilizes a triazine-based mechanism of action. Metamitron acts as a photosynthetic inhibitor: once absorbed, it blocks electron transport within Photosystem II. An important technical achievement in this formulation is its high selectivity; the metabolic pathways within the fodder beet allow the crop to rapidly deactivate the active ingredient, while sensitive weed species succumb due to irreversible disruption of their energy metabolism.

• Target spectrum: The product effectively manages common lambsquarters, redroot pigweed, field pennycress, and shepherd's purse. This makes it an essential tool for clearing fields of the most aggressive annual broadleaf weeds.
• Application technology: As a systemic post-emergence herbicide, "Pilot" is most productive during the cotyledon stage to the first true leaf stage of the weeds. The recommended application rate ranges from 2 to 6 liters per hectare, depending on the weed infestation density.
• Operational flexibility: The V.S.K. formulation allows for up to three applications per season, providing agronomists the flexibility to adapt their protection strategy to sequential weed germination waves.

Successful application of Pilot, V.S.K. requires strict adherence to temperature guidelines and crop growth stages. Classified under Hazard Class 3, the product requires standard safety precautions, but its high concentration of active substance makes it a cost-effective choice for intensive beet production systems.