Sabanto links planter autonomy to Precision Planting 20|20 for 2027

Sabanto will support planters running the Precision Planting Gen 3 20|20 display from the 2027 growing season, opening the door to planting with no operator in the tractor seat. The US autonomy company announced the integration this week. Growers supervise the work remotely through Sabanto's Vehicle Mission Control (vMC) interface.

"I want to see a future where technology in agriculture is more open," says Sabanto founder and CEO Craig Rupp. He compares the goal to a printer: connect a USB cable and it works within minutes. In agriculture, getting any planter and any tractor to cooperate remains far harder. Rupp frames the 20|20 integration as a step toward that openness.

Why the planter, not the driving, was the problem

Sabanto says growers told it the driving itself was never the difficult part of autonomous planting. The harder question was whether they could trust the planter without someone watching it. Planting is time-critical, with narrow weather and soil windows and little room for downtime, so an unnoticed fault in a single row can be costly.

The 20|20 is Precision Planting's in-cab display. It monitors and, with the right modules, controls the planter. Sabanto's Vehicle Operating System (vOS) reads the data the 20|20 measures and checks each value against limits the grower sets. In effect, it watches the same signals an operator would watch from the cab.

What does the system read?

The data arrive row by row. Rupp says vOS currently reads population, downforce and liquid application rate from the 20|20. Seed singulation and vacuum pressure readings are in process. Growers with a Precision Planting Panorama subscription can also view 20|20 data remotely.

Growers set tolerances per row in vMC and can adjust all of them. If any parameter drifts outside its tolerance, the tractor pauses, and the operator receives a notification when a row falls out of bounds. Rupp says Sabanto deliberately avoids advisory alerts. "We did not see the value in issuing warnings," he says. "If things aren't working, pause."

Connectivity failures trigger the same response. If the tractor loses its link to the 20|20 or to the internet during planting, it stops. Rupp calls that an error condition. Once paused, a remote operator can open the 20|20 view to diagnose the fault and make an adjustment, or call the tractor to the field edge for a closer look.

Installation and compatibility

The practical hurdle is minor. The grower connects a CAN-bus cable to the Sabanto autonomy system. Rupp says there is hardly any installation and that growers can handle it themselves.

The integration also works with older planters that already carry a Gen 3 20|20. Growers who invested in the Precision Planting system in recent years keep their existing setup. For growers who already run a Sabanto system, the integration costs nothing, Rupp says. The same applies to new customers. Remote viewing through Panorama requires a subscription.

Sabanto positions the combination as a way to cut capital costs. The company argues that smaller, cheaper equipment running longer hours beats bigger, more expensive iron, and it wants growers to keep the planter technology they already know.

Quint Pottinger of Affinity Farms in Kentucky, who uses the technology, says equipment costs have fallen in nearly every industry except farming. According to Pottinger, the combination of Sabanto and Precision Planting gives his farm financial runway and mental space.

Sabanto is not affiliated with or endorsed by Precision Planting or AGCO.

Growers weighing autonomy should watch two markers before 2027: completion of the singulation and vacuum pressure feeds in vOS, and the pace of Sabanto's retrofits across tractor brands and planter configurations beyond the Gen 3 20|20.