The Agricultural Future: The Dynamic DC Machinery Revolution
At the crossroads between agricultural tradition and the demands of the modern era, a revolution emerges, driven by Dynamic DC Machinery. At the heart of this transformation lies a bold vision for agriculture – where efficiency, autonomy, and performance converge in a single breakthrough: the Virkar Dynamic. This innovative equipment not only redefines farming practices but also stands as a major leap forward in transforming the industry.
With a hopper capacity of up to 6,800 liters in a compact footprint, the Virkar Dynamic gives farmers the freedom to decide when their workday ends. This personalized autonomy represents a significant shift in adaptability, enabling extended working hours with lower operating costs. Additionally, its models—such as the C (shank), D (disc), DC (disc and shank), and DD (double disc)—guarantee exceptional seeding performance, backed by an intelligent Virkar system that offers advanced hydraulic control.
Join us on this journey toward agricultural modernization, where Dynamic DC Machinery not only transforms the way we plant but also represents the forefront of innovation and efficiency in contemporary agriculture.
Reasons to Choose Virkar Dynamic DC Machinery
Autonomy Tailored to You
In today’s agriculture, autonomy stands as a fundamental pillar to enhance efficiency in daily tasks. Dynamic DC machinery redefines the workday by adapting to the farmer’s needs. Can you imagine deciding when your workday ends? With a hopper capacity of up to 6,800 liters in a compact design, the Virkar Dynamic planter enables extended workdays, allowing for faster planting with reduced operating costs.
Performance Without Limits
Dynamic machinery stands out for its exceptional planting performance. Models such as the C (shank), D (disc), DC (disc and shank), and DD (double disc) all come standard with a 5,300-liter hopper capacity, which can be optionally expanded to 6,800 liters, ensuring efficient and precise planting. But performance goes beyond storage capacity; the intelligent Virkar system provides advanced hydraulic control. The electric metering system, compatible with ISOBUS and GPS positioning, offers automatic steering and mapping, giving full control over the process.
Everything Under Control with TotalContour
The Virkar TotalContour system represents the pinnacle of no-till planting. With a wide working range of 35 cm height with parallelism, the machinery tackles various soil types and adverse conditions such as stones, crop residue, and high moisture. The hydraulic control of the disc-shank combination ensures optimal planting throughout the depth range, allowing for a working pressure of 0 to 200 kg controlled from the cabin. The use of grease-free friction bushings guarantees optimal performance and durability. Additionally, the interchangeable shank with a tungsten tip offers versatility to adapt to different terrains and seeds.
Comfort in Every Detail
Farmer comfort is a top priority in the design of the Virkar Dynamic. The machine’s lifting system facilitates access to planting fields while maintaining a low center of gravity. Accessibility to the hopper, toolbox, and other details demonstrates that this machine has been meticulously designed with the farmer’s comfort in mind, enhancing their daily work experience.
Free Drive: Freedom Redefined in Sowing
The Free Drive feature allows planting along curved paths with a radius of up to 8 meters, while maintaining consistent row spacing. This system not only relieves stress on the planting train, extending the lifespan of its components, but also facilitates locking for road transport. Thus, Dynamic DC machinery offers not only efficiency in the field but also comfort and flexibility in every aspect of its operation.
Dynamic DC machinery represents the perfect blend of innovation and efficiency in today’s agriculture. With its adaptable autonomy, exceptional performance, advanced control, unparalleled comfort, and features like Free Drive, it’s clear that the Virkar Dynamic is leading the way toward the future of agricultural planting.