Fendt Launches New Integrated Tractor-Seeder Combination to Boost Field Operation Efficiency
2026-04-18 15:03
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en.Wedoany.com Reported - Against the backdrop of global uncertainties and rising fuel and fertilizer prices, technological precision has become a core pillar of profitability in the field. Fendt, the German agricultural machinery manufacturer under the AGCO Group, has introduced the "Suplantar Combination," integrating the Fendt Momentum seeder with the 700 and 800 series Vario tractors as a smart farming solution. This combination aims to achieve smart input management and energy optimization, helping producers reduce costs per hectare.

The Fendt Momentum seeder is equipped with the vApply Granular system, enabling strict control over fertilizer application sections with inter-row variation below 10%. This smart farming technology reduces product overlap by up to 50%, particularly in headland areas, ensuring rational use of inputs. The seeder utilizes the Fendt Smart Frame system, which provides a maximum angle of 40° through Wing Flex, maintaining constant pressure of the tines relative to the soil. The Weight Transfer system redistributes the machine's central weight to the side modules, improving plant emergence by 7%. These smart farming features directly address one of the biggest bottlenecks faced by producers—fertilizer waste.

Leonardo Casali, Fendt Product Marketing Coordinator, stated: "Since the tractor can adjust its speed based on the implement's requirements via the Vario transmission, and the seeder has indicators showing the ideal seeding speed, this combination achieves better energy efficiency. This way, farmers can fully leverage the maximum potential of the combination, seeking optimal use of the seeding window without compromising seeding quality." The 18 to 24-row seeder folds to a width of just 3.6 meters, completing the folding operation within 45 seconds. This smart farming combination helps producers achieve higher profitability and lower operational costs in the field by reducing fuel consumption and optimizing equipment usage.

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