When a field job stretches into the evening, every extra correction adds to the working day.

For Óscar Calvillo Vázquez, a tractor operator from San Gregorio, Michoacán, manual fieldwork meant constantly correcting the steering while watching the implement, operating the controls, and checking the ground behind the tractor.

He describes manual operation as a constant struggle. The repeated maneuvers strained his eyes and made long hours in the cab harder to manage.

Comparable jobs could take around five to six hours or longer. With the Sveaverken Auto Steer System and F200L working together, Óscar now reports completing similar work in approximately four to five hours.

The result depends on the implement, field, and task. For Óscar, however, the practical difference is simple: fewer corrections, a more manageable working day, and an earlier finish. 

One Terminal, Two Connected Operations

In the setup Óscar operates, the Sveaverken Auto Steer System guides the tractor along planned paths, while the Sveaverken F200L 3D Land Leveling System automatically adjusts the scraper blade height.

Auto steering reduces the need for repeated steering corrections. At the same time, F200L uses high-precision GNSS positioning, terrain data, and automatic blade control to follow the selected surface design.

Both functions can be managed through a single terminal.

That integration matters in the cab. Rather than treating tractor guidance and blade control as two separate tasks, Óscar can monitor one coordinated operation. The tractor follows the planned direction while F200L adjusts the blade height as needed to shape the selected surface.

Óscar remains in control, but he no longer needs to make every steering and blade adjustment by hand. With fewer tasks competing for his attention, the overall operation becomes easier to oversee.

From Surveying the Field to Shaping the Surface

F200L supports the land leveling process before the scraper begins moving soil.

The system can survey field elevation directly from the land leveler and use the resulting topographic data to create a surface design. Depending on the field and project requirements, users can fine-tune the target elevation, water flow, slope, and cut-fill ratio.

Its minimal earth-moving design aims to create the required surface while limiting unnecessary soil movement. The system supports level and sloped surface designs and can be used in both paddy fields and dry land.

For Óscar, the purpose is practical: level the field more consistently and help reduce uneven areas where water may collect.

Auto steering guides the tractor along the horizontal path. F200L controls the vertical movement of the blade. Together, they keep the tractor and scraper working toward the same field design.

A Difference Measured in the Working Day

The clearest proof of value comes from Óscar’s experience in the cab.

Before using the integrated solution, some jobs take around 5 to 6 hours or longer. With the new system, he reports completing comparable work in approximately 4 to 5hours.

The exact time depends on the implement, field, and operation, so this result should not be treated as a fixed saving for every farm. For Óscar, however, the change is easy to describe:

“We finish faster, which means we go home earlier.”

That sentence communicates the customer value more clearly than a list of technical specifications.

Fewer manual corrections mean less repetitive work. A coordinated operation allows the operator to focus on the overall job instead of reacting to every change separately. Finishing sooner can also mean spending fewer hours working into the night.

Technology does not remove the operator from the process. It makes the process more manageable.

Local Support While the Operator Learns

New technology creates value only when operators feel confident using it.

Óscar was still learning the system when he shared his experience. He needed to become familiar with the terminal, position the equipment correctly, and calibrate it for different field operations.

Grupo Agroindustrial Proinova S.A de C.V (“Proinova”), Sveaverken’s local dealer in Mexico, supported the customer with installation, calibration, and hands-on training.

Its technicians explained how to use the terminal, operate the implement, and prepare the equipment for different tasks. When Óscar needs further assistance, the local team can return to recalibrate the system and guide him through the next operation.

For Óscar, having the service team nearby is an important advantage. Questions often arise only after operators begin working in new fields and under different conditions. A nearby service team gives Óscar someone to contact as those questions emerge.

F200L also supports over-the-air software updates and remote assistance. These capabilities give dealers and service teams additional ways to diagnose issues and provide guidance.

A Setup That Can Grow with the Operation

The integrated setup is not limited to one field project.

Customers who already use a compatible Sveaverken Auto Steer System can add the F200L Upgrade Kit to extend their setup with land leveling capabilities. This allows them to begin with auto steering and add land leveling when their operation requires it.

Óscar’s experience comes down to a human result: fewer corrections, fewer hours in the field, and the chance to get home earlier. That result depends on more than equipment alone: Sveaverken provides technology and technical backing. Proinova installs, calibrates, and supports the system locally. The operator turns those capabilities into better-managed fieldwork.

Precision agriculture is not only about how accurately a tractor moves. It is about making the entire operation work better for the person in the cab.

Want to bring auto steering and land leveling into one coordinated workflow? Contact us to explore the right configuration for your tractor, implement, and field conditions.