Robot Lawn Mower
Step-by-Step Guide

Step-by-Step: Mammotion RTK Base Station Installation Guide

A complete robot mower RTK installation guide for the Mammotion LUBA 2 AWD. From mounting the base station to mapping your first zone — everything you need for wire-free robotic mowing.

RLM
Robot Lawn Mower
Editorial Team
In-Depth Research & Verified Owner Data
RTK base station mounted on pole with clear sky view
Definition: RTK Base Station

A local reference receiver that corrects GPS satellite signals in real time. By comparing its known fixed position against satellite data, it broadcasts correction signals to the robotic mower, boosting accuracy from meters down to 1–2 centimeters.

What You Will Need

  • Mammotion LUBA 2 AWD + RTK Base Station (included in box)
  • Mounting bracket (included) or optional RTK Pole Mount Kit ($100)
  • Phillips screwdriver or Allen wrench (included)
  • Spirit level (for roof installation)
  • Silicone sealant (for roof bolt holes — optional)
  • Smartphone with Mammotion app installed

Installation Steps

1

Choose Your Mounting Location

The RTK base station needs a clear, unobstructed view of the sky to receive satellite signals. The three recommended locations are: roof peak, tall fence post, or a dedicated pole mount in the yard. The base station should be elevated at least 2 meters above ground level.

Pro Tip: Avoid mounting near large metal structures (chimneys, satellite dishes) as they can cause signal multipath interference.
2

Assemble the Mounting Hardware

Unbox the RTK base station and mounting bracket. If using a pole mount, assemble the included telescoping pole and tighten with the provided Allen wrench. For roof mounting, attach the L-bracket to a fascia board or roof peak using the stainless steel lag bolts (included). Ensure the bracket is level using a spirit level.

Pro Tip: For roof installation, apply silicone sealant around the lag bolt holes to prevent water intrusion.
3

Mount the RTK Base Station

Slide the base station onto the mounting bracket until it clicks into the locking mechanism. Verify it is seated securely by gently pulling upward. The antenna dome should be pointing straight up toward the sky with no tilt.

Pro Tip: The base station is weather-rated (IP65), but positioning it under a small overhang can extend its lifespan.
4

Route the Power Cable

Connect the included 15-meter power cable from the base station to a standard outdoor power outlet. Use cable clips to secure the cable along the wall, soffit, or fence. If running along the ground, protect the cable with a PVC conduit or bury it 2–3 inches below the surface to prevent mowing damage.

Pro Tip: If the included cable is too short, Mammotion sells a 30-meter extension cable. Use only the official cable to maintain the warranty.
5

Power On and Initial Calibration

Plug in the power adapter and wait for the LED indicator on the base station to change from flashing red (searching) to solid green (locked). This initial satellite lock takes 5–15 minutes depending on weather conditions and satellite visibility. Cloudy skies may increase lock time slightly.

Pro Tip: Do not proceed to the next step until the LED is solid green. A flashing green means partial lock — signal quality will improve over the next few minutes.
6

Pair with the Mammotion App

Open the Mammotion app on your smartphone. Go to Settings → RTK Base Station → Add New Device. The app will search for nearby base stations via Bluetooth. Select your station from the list and confirm pairing. The app will display the current satellite count and signal quality.

Pro Tip: You need at least 12 satellites for centimeter-level precision. Most locations achieve 18–24 satellites under clear conditions.
7

Map Your Lawn Boundaries

With the base station paired, place the LUBA 2 at the starting point of your lawn perimeter. In the app, select "Map New Zone" and begin walking the mower along the edge of your property. Walk at a steady pace, keeping the mower wheels right on the boundary line. The app shows a real-time GPS trace of your path.

Pro Tip: Walk slowly around garden beds, trees, and any obstacles you want the mower to avoid. Create separate zones for front and back lawns with individual mowing schedules.
8

Test the Mowing Path

After completing the boundary mapping, return to the app and select "Test Mow." The LUBA 2 will run a short test pattern within your defined boundary. Watch to confirm it stays within the lines and handles any slopes in the zone. If it crosses a boundary, re-map that section by selecting "Edit Zone" in the app.

Pro Tip: Run the test mow in daylight first. Once confirmed, you can schedule overnight or early morning sessions for noise-sensitive neighborhoods.

Recommended Accessories

These accessories make the installation process easier and extend the lifespan of your RTK setup:

RTK Pole Mount Kit

Telescoping pole with ground anchor for standalone base station mounting

$100

Extension Cable (30m)

Official Mammotion power extension for distant mounting locations

$45

Wall Mount Bracket

L-bracket for fascia board or wall-side mounting

$35
Check Amazon Price for Luba 2 AWD + RTK Bundle

RTK Installation: Common Questions

The complete installation — from unboxing to first test mow — takes approximately 30–45 minutes for a pole mount or 45–60 minutes for a roof installation. The longest step is the initial satellite calibration (5–15 minutes).

Yes, as long as the fence is at least 2 meters tall and the base station has an unobstructed view of the sky. Wooden or PVC fences work best. Metal fences can cause signal interference.

The LUBA 2 will pause its mowing cycle and return to the charging dock. When power is restored, the base station re-establishes satellite lock automatically, and the mower resumes its schedule.

No. Boundary maps are stored in the mower's memory and are independent of firmware versions. OTA updates add features but do not affect existing boundary data.

A minimum of 12 satellites is required for centimeter-level precision. Most locations achieve 18–24 satellites under clear conditions. Dense tree cover or tall buildings can reduce satellite count.