What are the advanced settings I can consider and how to modify these settings?

What are the advanced settings I can consider and how to modify these settings?

Advanced settings are customized work settings for each working area, which enable a more detailed working pattern within Yarbo's automated processes. You can adjust overlap paths, rotation degree, and other settings according to the specific needs, which will definitely increase the work in a more effective and efficient way.
Each set of advanced settings focuses on a specific working area, and you can modify them in the page of Area Settings.

What are the advanced settings I can consider?

  1. Turning mode

Turning mode is the way Yarbo changes directions as it navigates. For now, we have 3 typical turning modes, which are expected to cover most scenarios.
  • Smart Turn: Smart turn mode is useful in confined areas or when Yarbo is operating in a lawn with many obstacles, narrow pathways, or irregular shapes. This mode allows the Yarbo to change direction with precision, avoiding the risk of getting stuck or damaging the lawn by making a turn too sharp.
  • U-Turn: Yarbo can make a smooth, continuous 180-degree turn to reverse its direction under this mode, which is efficient for maintaining a consistent mowing pattern, particularly in large, open areas where the Yarbo can easily maneuver without obstacles. It’s ideal for rectangular or square lawns where the Yarbo can efficiently cover the entire area with minimal interruptions.
  • Zero Turn: This mode allows Yarbo to turn on the spot with a zero-degree turning radius. Both wheels rotate in opposite directions, enabling the mower to spin around its center. It is highly maneuverable and ideal for navigating tight spaces and intricate lawn designs.

Which aspects I can take into consideration while choosing turning mode?

Smart turn mode is set up as a default before Yarbo starts mowing. We recommend this as it minimize the risk of damaging lawn, but you can still adjust the setting to your own preferences.
  • Lawn condition: For lawns with short or less dense grass, a smart turn mode may be ideal, as the mower will be able to maintain momentum and handle the terrain more easily without the need for sharp adjustments. Also, wet grass can be slippery, making it more difficult for the mower to turn sharply without slipping. In this case, a smoother, wider turning mode (smart turn) is recommended to maintain traction and prevent damage to the lawn.
  • Efficiency vs. Precision: If you prioritize thorough coverage, zero turn mode may be more effective, especially for ensuring complete mowing in tighter spaces. But if your grass is sparse or thin, a smart turn would be the best choice, even though it is not that effective as zero turn mode.
  • Lawn shape: A square or rectangular lawn benefits from sharper turns, like 90-degree angles, to maintain an orderly, back-and-forth mowing pattern. This ensures the mower covers the area efficiently, with neat, parallel lines that match the lawn's shape. Irregular lawns with curves, bends, or odd angles require gentler turning modes. A mower with smoother turns can follow the contours of the lawn more naturally, avoiding jagged cuts or missed sections. It’s especially useful for lawns with rounded edges or multiple zones.
By assessing the condition of your grass and the overall shape of your lawn, you can choose the appropriate turning mode to maximize efficiency and ensure complete coverage.
  1. Overlap

Overlap setting ensures that there are no uncut strips left between passes, leading to a more even or thorough working area. By adjusting the overlap, you can control how much of the previous pass is covered in the next pass. It is worth noting that too little overlap may leave uncut strips, while too much overlap might result in over-mowing certain areas, which could stress the grass.

How to choose the overlap degree for my Yarbo?

Choosing the overlap setting for your Yarbo Lawn Mower is crucial for ensuring an even cut and optimizing efficiency. Here's what you should take into consideration when deciding on the overlap:
  • Grass Height: For taller grass, you can increase the overlap to around 4 or 8 inches to avoid missing sections. A larger overlap helps reduce the load on the mower, prevents clumping, and ensures a more consistent cut. If the grass is short or has been recently mowed, you can reduce the overlap since there’s less chance of missing spots.
  • Grass Density and Thickness: Dense or thick grass often requires a higher overlap (4 or 8 inches) to avoid leaving strips of uncut grass. If your grass is sparse or thin, a smaller overlap (0 or 4 inches) can be used, as the mower can easily handle cutting without missing much.
  • Lawn Condition: For lawns with dips, hills, or uneven patches, use a higher overlap to compensate for the mower’s uneven height and ensure that no spots are left uncut. On smooth, level lawns, you can reduce the overlap to 0 or 4 inches because the mower can maintain a consistent height.
  • Cut Quality Desired: If you are aiming for a professional, well-manicured look, increasing the overlap ensures a uniform appearance and avoids any uncut patches or uneven lines. For regular maintenance mowing, a smaller overlap should suffice, providing good coverage without requiring additional time or effort.
  1. Route Rotation Degree

Roate rotation degree is how much your Yarbo needs to turn to stay on its previous planned path. It is the angle by which Yarbo rotates to follow a new direction if you hope to change its current path. Think of it like choosing the direction you want Yarbo to follow: straight lines, diagonals, or a pattern that best suits your lawn’s shape. By adjusting this setting, you can achieve a more precise cut or thorough clean, avoid repeating the same path too often, and create a more even and aesthetically pleasing lawn.

How to choose and set the route rotation degree?

Our Yarbo App ensures the adjustable rotation degree from 10° to 170° in the Advanced Setting page. All you need to do is draging the block to specify desired angle. Here are some key considerations to help you select the best route rotation degree:
  • Lawn Shape and Size: If your lawn is mostly rectangular, mowing in long straight lines at 0° or 90° to the edges is often the most efficient. For lawns with curved edges or odd shapes, you may need to adjust the route rotation degree to minimize turns and overlaps. Starting from the longest edge and working inward can be a good strategy.
  • Mowing in a Different Direction Each Time: Changing the mowing direction with each cut(e.g., one week at 0°, the next at 45°, and the next at 90°) prevents ruts or wear patterns from forming in the grass. This helps the grass grow more evenly and reduces soil compaction. Alternating between horizontal (0°), vertical(90°), and diagonal(45° or 135°) mowing angles can promote healthier grass.
  • Grass Growth Patterns: Some grasses tend to grow in a particular direction (grain). Mowing against the grain (at a perpendicular or 45° angle) gives a cleaner, crisper cut. If you notice grass leaning in one direction after mowing, changing the route angle will help ensure even growth and appearance.
  • Obstacles and Trees: If your lawn has trees, flower beds, or other obstacles, plan a route that minimizes sharp turns and circles around these areas. Mowing the perimeter at a consistent angle (like 0° or 90°) allows you to work around obstacles, and then you can fill the interior in straight lines.
  • Aesthetic Patterns: If you're interested in creating lawn stripes (for a professional or decorative look), varying the route angle helps. Alternate between 0° and 90° or create crisscrossed diagonal patterns by mowing at 45° and 135°. A striping kit can enhance these effects if your mower supports one.
  1. Route Angle

The route angle setting is an option that lets you change the angle of the default route generated for a specific area, when you hope to adjust initial recommended path. Compared to the setting of rotation degree, adjustment to the route angle is more like a correction of the recommended degree of the setting if the default setting does not meet your requirements.
  1. Route order

The Route Order setting allows you to preset the sequence in which Yarbor performs automated tasks. You can choose whether perimeter first or start with the zigzag plan. Simply click the corresponding button to make your selection. Also, the setting allows the mower to increase the coverage area slightly beyond the initially defined mowing boundary.

How to modify my Yarbo's advanced settings?

  1. Starting from Modify Map page, you will see your plans for different areas, where you can modify settings for different areas by clicking the Area Settings icon shown below.
  2. Scrolling down the page of Area Settings. The advanced settings will be shown with different selectable options. You can choose one that is most desirable in your current mowning plan. 

    • Related Articles

    • What is the 'route mode' and how to adjust it?

      The 'Route' refers to the automated working path generated by Yarbo within your workspace. When implementing a plan, Yarbo will follow the route precisely for snow-blowing operations. We offer two route modes, Parallel and Circular, designed to ...
    • How to set the route pattern of my Yarbo?

      What is the route pattern setting for? The route pattern setting in Yarbo is the predetermined path or pattern Yarbo follows while operating. The setting allows Yarbo to cover the entire lawn efficiently and uniformly, ensuring that no areas are ...
    • How to Use Snow Plow Blade Mode?

      The plow blade mode can only be enabled or disabled when the snow blower module S1 is installed. The auger in the work plan will automatically disable once the snow plow blade mode is enabled. By default, the plow blade mode is disabled. It is not ...
    • How to choose and adjust obstacle avoidance mode for my Yarbo?

      What is the obstacle avoidance mode for? Avoidance mode is designed to automatically adjust Yarbo to your lawn situation. Each obstacle avoidance mode automatically has a default of camera sensitivity and ultrasonic sensors, in order to ensure smooth ...
    • How to modify 'No-go Zone'?

      1. Add a No-go zone: Method 1: Add a no-go zone from the mapping process After you select the route mode, click the 'Check Mark'. Step 1: Select 'Create no-go zone' from the three other options Step 2: Click 'Start' Draw your designated no-go zone ...