Sabanto Will Run Precision Planting 20|20 Planters Without a Driver in 2027, Pausing Rows That Go Out of Spec

Getting a tractor to steer itself across a field is no longer the hard part of autonomous planting. Knowing that every row on the planter is doing its job, with nobody in the cab to glance at the monitor, is. That is the problem Sabanto says it is tackling with a new link to one of the most common planter monitors in the Corn Belt.

In an Oct. 29 announcement, Sabanto said its aftermarket autonomy kit, installed on a grower’s existing tractor, will support row-crop planters equipped with Precision Planting’s Gen 3 20|20 display starting with spring 2027 planting. The planter keeps running its own seeding, rate control, prescriptions and as-planted maps through the 20|20, while Sabanto’s software watches the same readings an operator would.

How it works

According to the company and an interview Rupp gave to Future Farming:

• Row-by-row monitoring: Sabanto’s vehicle operating system pulls planter data from the 20|20 and compares it with tolerances the grower sets for each row in Sabanto’s remote control software, called Vehicle Mission Control.
• What it reads today: seed population, downforce and liquid application rate. Rupp said seed singulation and vacuum pressure are being added.
• Pause, don’t warn: If a reading goes out of bounds, the tractor stops. “If things aren’t working, pause,” Rupp told Future Farming. The company’s release says the operator is also notified.
• Lost signal is an error: Dropping the link to the planter monitor, or losing internet service, stops the machine too.
• Remote fixes: A remote operator can pull up the 20|20 screen to diagnose and adjust, or bring the machine over to the headland so someone can inspect it in person.

Installation is light, Rupp said: hooking up one CAN-bus cable to the autonomy hardware is about all it takes. It also works on older planters fitted with a Gen 3 monitor, so farms that bought into Precision Planting in recent years can keep their setup.

Why it matters for farm budgets

Sabanto’s pitch is about capital, not just labor. The company argues that smaller, cheaper equipment that runs longer hours can beat buying bigger, more expensive machines, and that retrofitting a tractor a farm already owns is cheaper than replacing it. Kentucky grower Quint Pottinger, of Affinity Farms, a Sabanto user, said in Sabanto’s release that the combination gives his farm “financial runway.”

Planting is also where downtime hurts most. Weather and soil conditions leave a narrow window, so an unattended tractor that keeps planting with a plugged row, or that stops for no reason, can cost real yield. Sabanto’s answer is to let the grower decide what counts as acceptable through those per-row tolerances.

Questions to ask before you sign up

Sabanto did not publish pricing for the autonomy system itself in the materials we reviewed. Before planning on autonomous planting for 2027, growers may want to ask:

• What does the Sabanto retrofit cost for my tractor model, and is it a purchase, lease or subscription?
• Which planter readings will be monitored by spring, and will singulation and vacuum be ready in time?
• How good is cellular coverage across my fields, given that a lost internet connection pauses the tractor?
• Who handles remote supervision, and how fast can someone respond when a pause happens?
• Does my Panorama subscription, insurance and equipment warranty cover this use?

Autonomy is moving on several fronts: see our look at Kubota’s WorkSmart Autosteer and Deere’s JD AI assistant.

What to watch

The real test comes next spring, when growers find out how often an unattended planter pauses and how quickly those pauses get cleared. Precision Planting and AGCO have not endorsed the integration, Sabanto noted, so future 20|20 software updates are another thing to track.