YARDCARE N1600Pro-B

YARDCARE N1600 Pro Robot Lawnmower Instruction Manual

Model: N1600Pro-B

Introduction

The YARDCARE N1600 Pro is an advanced robotic lawnmower designed for efficient and precise lawn care. It features a high-precision RTK system combined with a vision system for centimeter-level localization and stable navigation, even in complex garden layouts. With a 135° × 73° field of view, it analyzes the 3D environment in real-time, recognizes lawn edges, and detects over 300 types of obstacles, ensuring safe and continuous operation. This manual provides essential information for setting up, operating, and maintaining your N1600 Pro robot lawnmower.

YARDCARE N1600 Pro Robot Lawnmower using RTK and AI Vision for precise navigation over a large lawn.

Figure 1: The YARDCARE N1600 Pro utilizing RTK and AI Vision for precise navigation across a 1600m² lawn, guided by satellite signals.

1. Setup

1.1 Unboxing and Components

Before starting, ensure all components are present in the package. Refer to the list below and the accompanying image.

Diagram showing all components included with the YARDCARE N1600 Pro Robot Lawnmower: N1600Pro Robot Lawnmower, Charging Station, RTK Mounting Pole (x2), Trident Ground Stake, RTK Reference Station Module, RTK Base Station Extension Cable, Charging Station Fixing Screws (x6), Blade Screws M4*10 (x3), Cutting Blades (x3), Hex Wrench, Power Adapter, Battery Pack, Instruction Manual.

Figure 2: Included components for the YARDCARE N1600 Pro.

  • YARDCARE N1600 Pro Robot Lawnmower
  • Charging Station
  • RTK Mounting Pole (x2)
  • Trident Ground Stake
  • RTK Reference Station Module
  • RTK Base Station Extension Cable
  • Charging Station Fixing Screws (x6)
  • Blade Screws M4*10 (x3)
  • Cutting Blades (x3)
  • Hex Wrench
  • Power Adapter
  • Battery Pack
  • Instruction Manual

1.2 RTK Station Placement and Installation

The RTK (Real-Time Kinematic) system requires an optimal location for stable GPS reception. Select an open area without obstructions for the RTK base station. The charging station should be placed in a shaded and level area.

Diagram showing the installation steps for the YARDCARE N1600 Pro. Step 1: Choose RTK location, Step 2: Connect and Install, Step 3: Map your lawn, Step 4: Start full mowing.

Figure 3: Overview of the setup process.

  1. Choose RTK Location: Select an open area with clear sky view for the RTK base station to ensure stable GPS reception.
  2. Connect and Install: Configure your network, mount the RTK base station, and place the charging station in a shaded, level area.

1.3 App Configuration and Smart Mapping

The N1600 Pro eliminates the need for perimeter wires. All setup and mapping are done through the dedicated YARDCARE application. Define working zones and restricted areas freely within the app.

A person using a smartphone to control the YARDCARE N1600 Pro Robot Lawnmower, which is mapping a garden path. The phone screen shows a mapping interface.

Figure 4: Using the app for custom mapping and control.

  1. Map Your Lawn: Use the application to draw the cutting area and achieve precise coverage.
  2. Initiate Full Mowing: Press the start button in the app, and the N1600 Pro will automatically mow the entire lawn.

2. Operating Instructions

2.1 Mowing Patterns and Edge Cutting

The N1600 Pro begins each mowing cycle with edge cutting and then proceeds with a systematic U-pattern. This method minimizes overlaps, prevents missed spots, and ensures a uniform, professional finish. The cutting width is 18 cm.

YARDCARE N1600 Pro Robot Lawnmower cutting a lawn in a systematic U-pattern, avoiding a 'No-Go-Zone' around an inflatable pool.

Figure 5: High-efficiency U-pattern mowing.

The YARDCARE N1600 Pro Robot Lawnmower performing precise edge cutting near a garden border and a swimming pool.

Figure 6: Precise edge cutting with centimeter accuracy.

2.2 Obstacle Avoidance and Safety

The robot's vision system detects over 300 types of obstacles, including trees, people, pets, toys, and tools, ensuring safe operation and preventing collisions.

YARDCARE N1600 Pro Robot Lawnmower navigating around a child, a dog, and a soccer ball on a lawn, illustrating its obstacle detection capabilities.

Figure 7: The N1600 Pro identifies and avoids over 300 types of obstacles.

2.3 Multi-Zone Management and App Control

The YARDCARE app allows you to adjust cutting height (20–60 mm), schedule cycles, and manage multiple zones. Restricted areas can be easily configured. The robot supports areas up to 1600 m² with up to 100 minutes of autonomy.

Aerial view of a property showing different mowing zones (Area 1, Area 2, Area 3) and a 'No-Go Zone' managed by the YARDCARE N1600 Pro.

Figure 8: Multi-zone management for complex garden layouts.

Close-up of the YARDCARE N1600 Pro Robot Lawnmower showing its adjustable cutting height mechanism, with a smartphone displaying the height settings in the app.

Figure 9: Adjustable cutting height (20-60mm) via app or manually.

2.4 Automatic Resume and Charging

When the battery level drops below 20%, the N1600 Pro automatically returns to its charging base. It resumes mowing from the exact spot where it stopped once fully charged, ensuring complete lawn coverage.

The YARDCARE N1600 Pro Robot Lawnmower automatically returning to its charging station when battery is low, and a rain sensor detecting rain.

Figure 10: Automatic return to charging station and integrated rain sensor.

The YARDCARE N1600 Pro Robot Lawnmower demonstrating intelligent mowing with automatic resume, returning to its last position after charging.

Figure 11: Intelligent mowing with automatic resume function.

3. Maintenance

3.1 Cleaning

The N1600 Pro has an IPX4 water resistance rating, making it easy to clean. Use a low-pressure water stream to rinse off grass clippings and dirt from the underside and exterior of the robot.

A person cleaning the underside of the YARDCARE N1600 Pro Robot Lawnmower with a low-pressure hose, demonstrating its IPX4 waterproof design.

Figure 12: Easy cleaning with IPX4 water resistance.

3.2 Software Updates (OTA)

Keep your device updated with the latest features and optimizations through Over-The-Air (OTA) software updates. Ensure the robot is connected to a stable 2.4 GHz Wi-Fi network and is within range of the router during updates.

A smartphone screen showing a firmware update in progress for the YARDCARE N1600 Pro Robot Lawnmower, with the robot on its charging station.

Figure 13: Performing OTA software updates via the app.

3.3 Blade Replacement

Regularly inspect the cutting blades for wear and tear. Replace dull or damaged blades to maintain optimal cutting performance. Refer to the included components for spare blades and the hex wrench for replacement.

4. Troubleshooting

ProblemPossible CauseSolution
Robot does not connect to WLAN / Update failsWeak Wi-Fi signal, incorrect Wi-Fi band (only 2.4 GHz supported), robot not on charging station during update.Ensure the robot is on the charging station. Verify a strong 2.4 GHz Wi-Fi signal near the robot. Move the router closer or use a Wi-Fi extender if necessary. Try updating via Bluetooth if Wi-Fi fails.
Unstable GPS signal / Mapping issuesRTK base station obstructed, poor satellite visibility, environmental interference.Relocate the RTK base station to an open area with clear sky view. Ensure no tall objects or buildings are blocking the signal. Re-map the lawn if the initial mapping was incomplete or inaccurate.
Robot ignores scheduled tasksIncorrect schedule settings in the app, software glitch, robot not in designated zone.Check and reconfigure the mowing schedule in the YARDCARE app. Ensure the robot is within its assigned working zone. Perform an OTA software update to resolve potential glitches.
Robot gets stuck frequentlyObstacles not detected, uneven terrain, "No-Go Zones" not properly defined.Ensure all permanent obstacles are correctly identified by the vision system. Define "No-Go Zones" in the app for areas where the robot should not enter. Check for excessively uneven terrain that might impede movement.

4.1 Anti-Theft Design

The integrated GPS tracking helps recover your device in case of theft. Monitor its location via the YARDCARE app.

The YARDCARE N1600 Pro Robot Lawnmower demonstrating its ability to climb a 20-degree slope, and a smartphone app showing GPS tracking for anti-theft.

Figure 14: Anti-theft design with integrated GPS tracking.

5. Specifications

FeatureDetail
Model NumberN1600Pro-B
BrandYARDCARE
Product Dimensions62 x 51.6 x 31.5 cm
Product Weight18.5 kg
Battery Type1 Lithium Ion (included)
Cutting Width18 cm
Adjustable Cutting Height20 - 60 mm
Operating ModeAutomatic
Max Slope Capacity45% (20°)
Water Protection RatingIPX4
Noise Level60 dB
Recommended AreaUp to 1600 m²
AutonomyUp to 100 minutes

6. Warranty Information

Specific warranty details for the YARDCARE N1600 Pro Robot Lawnmower are not provided in the product data. Please refer to the warranty card included in your product packaging or contact YARDCARE customer support for detailed warranty terms and conditions.

7. Customer Support

For technical assistance, troubleshooting, or any other inquiries regarding your YARDCARE N1600 Pro, please refer to the contact information provided in your product documentation or visit the official YARDCARE website. The product data does not include specific customer support contact details.

© 2026 YARDCARE. All rights reserved.

Ask a question about this manual

Ask about setup, troubleshooting, compatibility, parts, safety, or missing instructions. Manuals+ will review the question and use this page’s manual context to help answer it.

After a successful submission, we securely hash the supplied account or form email before sending it to Microsoft Advertising for conversion attribution. Privacy details.