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How to Fulfill Autonomy Boundary Requirements

A practical guide to creating autonomy‑capable field boundaries with John Deere technology so your operation is ready for autonomous equipment.

An autonomy-capable boundary is a field boundary that meets stricter accuracy and quality rules so autonomous John Deere machines can safely and reliably operate inside it. These boundaries define the exact working area, help the autonomy system understand where it can and cannot go, and unlock advanced features like autonomous tillage and boundary-based AutoPath.

In simple terms, you’re building the “fence line” that the autonomous tractor trusts—if the boundary quality fails, autonomy is not allowed to run.

Minimum Requirements for Autonomy Boundaries

To fulfill autonomy boundary requirements, you need to meet both hardware and data-quality standards.

  • High-accuracy correction signal (SF-RTK or RTK) when recording boundaries to ensure repeatable, sub-inch accuracy.​

  • A compatible John Deere display (G5 / G5Plus / Gen 4) and StarFire receiver with correct measurements and a completed TCM calibration.

  • Proper machine and implement offsets entered in the display so the recorded line matches the actual vehicle position.​​

  • A fully closed exterior boundary with no gaps, sharp spikes, or large overlaps.​

  • Boundary geometry that meets Deere autonomy rules for turn radii, headlands, and minimum field dimensions (validated on-screen with autonomy quality checks).

Koenig Equipment’s Precision Ag and Optimization team can verify that your equipment, activations, and correction signals are ready before you invest time in mapping.

Step 1: Prepare to Record a Driven Boundary

Start by setting up your “boundary vehicle,” often a Gator equipped with the same type of receiver and display you run on your tractors.​​

  • Install the StarFire receiver and Deere display on a Gator or tractor using the correct integration kit and power connections.​​

  • In the display, select the correct machine profile and carefully enter receiver height, inline offset, and lateral offset values; these measurements directly affect boundary accuracy.​​

  • Complete a TCM calibration for the receiver you will use to record the boundary so roll and pitch are correctly compensated.

  • Confirm your correction level is SF-RTK or RTK and the receiver has converged before you start driving.

If you’d like support with integration kits, offsets, or TCM calibration, Koenig technicians can set up your mapping machine and verify it in the field.

Step 2: Drive and Record an Accurate Exterior Boundary

With the system ready, you’ll create an accurate driven boundary around the field perimeter.

  • In the display’s boundary tools, choose to create a new driven boundary and select the correct client, farm, and field.​​

  • Position the vehicle at your starting point, typically a field corner, and align your tire or marker where you want the boundary to sit.​​

  • Start recording and drive the perimeter at a steady, moderate speed, following the actual field edge closely while avoiding hazards.

  • Use pause/resume where available when crossing areas you do not want recorded (e.g., farm lanes, tree lines you plan to exclude).​​

  • Return to your starting point to fully close the loop, then stop recording and save the boundary.

On newer software, the display can color the recorded line to indicate autonomy-capable vs. non-capable segments, helping you spot problem areas while you drive.

Step 3: Create the Autonomy Boundary and Check Quality

After you have a clean driven boundary, you’ll generate and validate the autonomy-specific version.

  • From the boundary management screen, choose the option to create a new autonomy boundary (often derived from an existing coverage map or driven boundary).

  • Name the boundary clearly (for example, “North_80_Autonomy”) so operators and planners can identify it later.​

  • Review the on-screen autonomy quality indicators; Deere systems show a predicted autonomy quality status and highlight any segments that don’t meet requirements.

  • Look for color changes (e.g., blue for autonomy-capable, orange or another color where requirements are not met) and take note of where the line changes.

  • If quality is not acceptable, return to those sections, re-drive the problematic area, then regenerate the autonomy boundary and re-check quality.

Your goal is a completed autonomy boundary with all checks green and a high autonomy quality rating so the autonomy system can operate without being rejected.​

Step 4: Manage Autonomy Boundaries in Operations Center

Once boundaries are recorded and saved, John Deere Operations Center becomes the system of record.

  • Sync boundary data from the display to Operations Center via JDLink connectivity or by exporting and importing setup files.​

  • In Operations Center, confirm the field has the correct autonomy-capable boundary attached and that there are no duplicate or conflicting boundaries.

  • Use boundary tools in Operations Center to review shape, clean up minor issues, and ensure the working area matches your real-world field.

  • Connect autonomy-capable boundaries to tools like AutoPath (Boundaries) and Work Planner so guidance lines and work plans align perfectly with the field edge.​

If you prefer not to manage files yourself, Koenig can set up your Operations Center organization, clean up boundary lists, and ensure your autonomy-capable boundaries are correctly synced.

Common Reasons Autonomy Boundary Checks Fail

Even experienced operators can run into autonomy boundary failures. Common causes include:

  • Recorded on low-accuracy correction (e.g., SF1), resulting in positional drift and poor quality scores.​​

  • Incorrect receiver offsets or missing TCM calibration, causing the mapped line to be shifted or distorted.

  • Gaps, overlaps, or sharp spikes in the boundary where corners were taken too fast or recording wasn’t paused around obstacles.

  • Headlands or interior shapes that violate autonomy turn or safety rules, flagged by autonomy quality checks in the display.

Koenig’s Optimization Specialists can ride along during boundary creation, help troubleshoot on-screen warnings, and adjust your process so future fields pass on the first try.

When to Involve Koenig Equipment

You don’t have to navigate autonomy boundaries alone. Koenig Equipment can help you:

  • Evaluate your current receivers, displays, and correction levels and recommend upgrades if needed for autonomy.

  • Configure your boundary-mapping Gator or tractor, including integration kits, offsets, and TCM calibration.

  • Develop a boundary creation plan for all fields you expect to run autonomous machines in over the next seasons.

  • Clean up and organize your boundaries in Operations Center so autonomy, AutoPath (Boundaries), and Work Planner all reference the correct shapes.

 

Get in contact with us today: 

https://koenigequipment.com/resources/technology-and-apps/precision-technology