Robotic mower support Q&A

Start by reading your model's manual, then: (1) Install the charging station on flat ground near a power outlet, (2) Lay boundary wire or set up GPS/RTK zones via the app, (3) Charge the mower fully, (4) Configure mowing schedules in the app, (5) Run a test cycle and adjust cutting height. Always do initial setup in dry conditions.

Boundary wire installation: (1) Plan your layout on paper first, (2) Use the included pegs to secure wire around the lawn perimeter, (3) Place wire 30-35cm from edges and obstacles, (4) Connect both ends to the charging station, (5) Test by running the mower in setup mode. Wire will settle into the grass over 4-6 weeks. In colder climates, you can bury it 3-5cm deep.

Place the charging station on flat, level ground near an outdoor power outlet. Ideal location: (1) Against a wall or fence for stability, (2) At least 3m of straight lawn in front for docking approach, (3) Shaded area if possible to prevent overheating, (4) Protected from heavy rain/sprinkler systems, (5) Away from areas with dense foot traffic.

RTK (Real-Time Kinematic) GPS uses a fixed reference station and satellite signals to achieve centimeter-level positioning accuracy. The reference station (included with your mower) corrects GPS errors in real-time, allowing the mower to navigate without boundary wires. Setup involves: (1) Installing the RTK antenna with clear sky view, (2) Mapping your lawn boundaries via the app, (3) Defining no-go zones digitally. RTK mowers from brands like Mammotion, Segway, and Kress use this technology.

Most modern robotic mowers connect via Bluetooth first, then WiFi: (1) Download the manufacturer's app, (2) Create an account, (3) Ensure Bluetooth is on, (4) Press the pair/connect button on the mower, (5) Follow in-app prompts to connect to your home WiFi (2.4GHz networks only — most mowers don't support 5GHz). If connection fails, try moving closer to your router or check that your WiFi password doesn't contain special characters.

Most robotic mower blades should be replaced every 1-3 months depending on usage, lawn size, and grass type. Signs it's time: (1) Grass tips look torn/brown instead of cleanly cut, (2) The mower takes longer to complete cycles, (3) Increased motor noise, (4) Visible nicks or dull edges on blades. Blades are consumable — it's normal to go through several sets per season. Always use OEM replacement blades.

General blade replacement: (1) Turn off the mower and flip it upside down, (2) DISCONNECT THE SAFETY SWITCH or place in transport mode, (3) Remove old blades by unscrewing the center bolt (usually a Torx T20 or Phillips), (4) Clean the cutting disc area, (5) Attach new blades — finger-tight is usually enough (blades should pivot freely), (6) Replace all blades at once for even cutting. Check your specific model's manual for exact screwdriver type.

For most models: No. Robotic mower blades are designed as disposable consumables — they're thin, lightweight, and inexpensive to replace. Sharpening them: (1) Alters the blade balance which can damage the motor, (2) Removes the hardened coating, (3) Risks cracking the blade. Exception: Some larger disc-style blades (Robomow, Ambrogio commercial) can be sharpened with a flat file. Replacement blades typically cost $5-15 for a set.

Battery runtime per charge: 60-180 minutes depending on model and lawn conditions. Battery lifespan: 3-5 years (500-1000 charge cycles) before capacity significantly degrades. To maximize battery life: (1) Don't store the mower with a completely dead battery, (2) Avoid extreme heat exposure, (3) Store indoors during winter with 50-70% charge, (4) Let it complete full charge cycles rather than constant short charges.

Troubleshooting charging issues: (1) Clean the charging contacts on both the mower and station with a dry cloth, (2) Check that the power adapter is plugged in and the outlet works, (3) Inspect the charging station cable for damage, (4) Ensure the mower is properly aligned on the station, (5) Check for error codes on the display/app, (6) Try a hard reset (hold the OFF button for 10+ seconds), (7) If outdoor temps are below 5°C or above 40°C, the battery may refuse to charge for safety.

Yes — robotic mowers are designed to stay on their charging station when not mowing. The built-in battery management system prevents overcharging. The mower will automatically undock when it's time to mow according to your schedule, and return to charge when the battery is low. Leaving it on the station is the recommended usage pattern.

Common causes for unexpected stops: (1) Grass too long — mow manually first, then let the robot maintain it, (2) Blade disc blocked by sticks/debris, (3) Lift sensor triggered by uneven ground, (4) Boundary wire signal lost (check for breaks), (5) Tilt sensor activated on steep slopes, (6) Battery critically low, (7) Obstacle sensor false alarm (clean sensors), (8) Software glitch — try a restart. Check the error code on the display or in the app for specific diagnosis.

If your mower gets stuck: (1) Check the app for its location, (2) Gently lift it out — do NOT pull by the handle aggressively, (3) Identify the problem area (dip, root, narrow passage), (4) Solutions: add boundary wire/exclusion zone around the trouble spot, fill in dips with soil, trim overhanging obstacles, widen narrow passages to at least 60cm. If it gets stuck repeatedly in the same spot, create a no-go zone in the app.

Uneven cutting causes: (1) Dull or damaged blades — replace them, (2) Cutting height set too low for your grass type, (3) Mower running too few hours — increase mowing schedule, (4) Lawn has significant bumps/dips — level with topsoil, (5) Cutting disc not spinning freely — clear debris underneath, (6) One area getting more passes than another — adjust mowing zones. Robotic mowers work best when they mow frequently (daily is ideal) to maintain height.

Normal operational noise: 55-65 dB (quieter than a conversation). If you hear: (1) Loud grinding/rattling — check for loose or damaged blades, (2) High-pitched whine — cutting disc bearing may need service, (3) Clicking — wheel motor issue, contact support, (4) Buzzing from charging station — transformer hum, usually normal. Always stop the mower and inspect if you hear unusual sounds. Loose blades are the #1 cause of unexpected noise.

End-of-season winterization: (1) Give the mower a final clean — wash underside, clear grass buildup, (2) Replace blades so it's ready for spring, (3) Charge battery to 50-70%, (4) Store indoors in a dry, frost-free location (garage, shed), (5) Disconnect the charging station and store the cable, (6) Leave boundary wire in the ground — it will be fine, (7) Cover the charging station or bring it inside. Do NOT store with a fully depleted battery — it can permanently damage cells.

Start your robotic mower when: (1) Grass is actively growing (ground temp consistently above 8°C/46°F), (2) The lawn is dry enough that the mower won't leave ruts, (3) No more frost risk. Spring startup: retrieve from storage, charge fully, install fresh blades, update firmware via the app. For the first mow, set cutting height higher than normal and reduce schedule — grass may be long from winter. Gradually lower height over 1-2 weeks.

Most robotic mowers are rated IP44 or higher and CAN mow in light rain. However, it's best to avoid heavy rain because: (1) Wet grass clumps and sticks to the underside, (2) Wheels lose traction on wet slopes, (3) GPS/RTK signal can degrade, (4) Wet conditions increase wear on components. Most mowers have a rain sensor or weather integration that pauses mowing during rain. You can enable/disable this in settings.

Robotic mowers have multiple safety features: (1) Lift sensor — blades stop instantly if lifted, (2) Tilt sensor — blades stop if tipped, (3) Collision sensors — bumpers detect obstacles, (4) PIN code — prevents unauthorized use, (5) Blades are small and retract on impact. Best practices: Do NOT let small children play in the yard while the mower runs. Schedule mowing during times when kids/pets are indoors. Ultrasonic sensors (on premium models) provide extra detection for small objects.

Modern robotic mowers have collision sensors and lift/tilt shutoffs that reduce risk significantly. However, no system is perfect — especially with small animals. Recommendations: (1) Schedule mowing when pets are indoors, (2) Choose a mower with ultrasonic object detection (Husqvarna EPOS, Mammotion LUBA), (3) Use the app to check mowing status before letting pets out, (4) Start sessions supervised until your pet learns to avoid the mower. Most dogs quickly learn to ignore them.

Anti-theft features: (1) PIN code required to operate — set a strong one, (2) GPS tracking — many models have built-in tracking (Husqvarna, Segway, Mammotion), (3) Alarm — mower sounds alarm if lifted without PIN, (4) Geofencing — get alerts if mower leaves your property, (5) The mower is useless without the charging station. Additional tips: install security cameras covering the lawn, consider a mower garage/cover to keep it out of sight.

Robotic mower price ranges: Budget ($400-800): Basic boundary wire models for small lawns (Mowro, Yard Force). Mid-range ($800-1,500): Wire-free models with app control (Worx Landroid, Gardena SILENO). Premium ($1,500-3,000): RTK GPS, multi-zone, large lawns (Mammotion LUBA, Husqvarna Automower). Commercial ($3,000-20,000+): Fleet-grade autonomous mowers (Scythe, Husqvarna CEORA, Belrobotics). Check our mower comparison database at aimowernews.com/mowers/ for current specs and pricing.

Robotic mower capacity ranges from 200m² to 50,000m²+. Match your lawn size: Small (under 500m²): Gardena SILENO City, Bosch Indego. Medium (500-2,000m²): Worx Landroid, Husqvarna Automower 305/310. Large (2,000-5,000m²): Mammotion LUBA 2, Segway Navimow. Extra Large (5,000m²+): Husqvarna Automower 450X, Ambrogio L400, Kress Mission. Commercial (1+ hectare): Husqvarna CEORA, Belrobotics, Scythe M.52. Check each model's rated area in our database.

Most robotic mowers handle slopes up to 25-35% gradient (14-19°). Premium models reach 45% (24°) or more. For hilly lawns: (1) Check your mower's max slope rating, (2) Wire-free/RTK mowers generally perform better on slopes than wire-guided ones, (3) Wet slopes reduce traction — schedule mowing in dry conditions, (4) Extreme slopes (45%+) may need a remote-controlled mower like Spider or RC Mowers. Tip: Measure your slope with a smartphone level app before buying.

Robotic mowers work differently than traditional mowers — they mow little and often. A robot mowing a 500m² lawn might take 2-4 hours per session, running daily. A 2,000m² lawn might need 8-12 hours of mowing time spread across a day. The key insight: they're designed to run frequently (daily or every other day), cutting just a few millimeters at a time. This produces a healthier, carpet-like lawn. Don't compare to a push mower's one-time cut.

Husqvarna Automower blade replacement: (1) Press STOP, flip the mower upside down, (2) You'll see 3 small pivoting blades on a round disc, (3) Unscrew each blade with a Phillips or Torx T20 screwdriver, (4) Replace with Husqvarna OEM blades (part #577 86 47-01 or similar), (5) Finger-tighten — blades should swing freely, (6) Replace all 3 at once every 1-2 months. OEM blade packs come in sets of 9.

Factory reset: MENU → Settings → Factory Reset → Confirm with PIN. Soft restart: Hold the STOP button for 10 seconds. If the display is frozen, open the hatch and disconnect the battery connector for 30 seconds, then reconnect. After a factory reset, you'll need to reconfigure WiFi, schedule, and boundary settings.

Firmware updates: (1) Open the Husqvarna Automower Connect app, (2) Go to Settings → Software Update, (3) If an update is available, tap Download & Install, (4) Keep the mower on the charging station during the update (takes 10-20 min), (5) Don't turn off or move the mower during installation. Updates bring new features, improved navigation, and bug fixes.

Husqvarna Automower LED indicators: Solid Red = Error/fault, check display for error code. Flashing Red = Mower needs attention (stuck, lifted, or outside boundary). Blue = Bluetooth pairing mode. Green = Normal operation. No light = Powered off or deep sleep. Common error codes: Guide loop signal missing, boundary wire break, wheel motor blocked. Check the app for detailed error descriptions.

Worx Landroid blade change: (1) Turn off and flip upside down, (2) The Landroid uses 3 small pivoting blades on a disc, (3) Unscrew each with the included Allen key or a Phillips screwdriver, (4) Insert new blades — they should pivot freely, (5) Worx recommends replacing blades monthly during mowing season. Use genuine Worx replacement blade packs (check model number for compatibility).

Worx Landroid setup: (1) Install the charging base against a wall on flat ground, (2) Lay boundary wire around your lawn using the included pegs (30cm from edges), (3) Connect wire ends to the charging base terminals, (4) Download the Worx Landroid app, (5) Power on the mower and pair via Bluetooth, (6) Run the calibration/learning mode, (7) Set your mowing schedule. Tip: Use the 'Auto Schedule' feature — it calculates optimal mowing time based on lawn size.

Worx Landroid WiFi troubleshooting: (1) Only 2.4GHz WiFi is supported — not 5GHz, (2) Check that your router isn't blocking new devices, (3) Move the mower closer to your router for initial setup, (4) Forget the device in the app and re-pair via Bluetooth first, (5) Ensure the app and mower firmware are up to date, (6) Try resetting network settings on the mower: MENU → Network → Reset. If your router broadcasts a combined 2.4/5GHz network, create a separate 2.4GHz SSID.

Mammotion LUBA setup: (1) Install the RTK reference station on a pole/mount with clear sky view, (2) Place the charging station on flat ground, (3) Download the Mammotion app, (4) Pair via Bluetooth → connect to WiFi, (5) Wait for RTK calibration (can take 10-30 minutes for first fix), (6) Map your lawn boundary by walking the perimeter with the mower in mapping mode, (7) Define channels and no-go zones, (8) Set your mowing schedule. The LUBA is wire-free — no boundary wire needed.

Mammotion LUBA blade replacement: (1) Power off the mower, (2) Flip it upside down, (3) The LUBA uses a double-blade disc system, (4) Unscrew the retaining bolts with the included tool, (5) Slide out old blades and insert new ones, (6) Tighten hand-tight — blades should not be rigid. LUBA 2 AWD models have slightly different blade configurations — check the manual for your specific model. Replace every 2-3 months.

RTK signal troubleshooting: (1) Ensure the reference station has unobstructed sky view — no overhanging trees/buildings, (2) Mount the antenna higher (2m+ recommended), (3) Check that the reference station is powered on and solid green LED, (4) Wait 10-30 min after power-on for RTK fix, (5) Distance between mower and reference station should be <50m for best results, (6) Heavy cloud cover or solar storms can temporarily degrade GPS. The app shows RTK status — look for 'RTK Fixed' (best) vs 'RTK Float' (acceptable) vs 'No RTK' (problem).

LUBA = robotic lawn mower (RTK + Vision navigation, all-wheel drive, designed for mowing). YUKA = yard vacuum/sweeper robot (collects leaves, debris, and clippings). They're different products: LUBA mows your grass, YUKA cleans your yard. Mammotion also has the LUBA mini (smaller/cheaper version of LUBA for smaller lawns). Check aimowernews.com/brand/mammotion/ for full model comparisons.

Segway Navimow setup: (1) Install charging station on flat ground, (2) Set up the EFLS (Exact Fusion Locating System) antenna — mount with clear sky view, (3) Download Navimow app → create account, (4) Pair mower via Bluetooth, (5) Map your lawn boundary using the app's guided walk mode, (6) Set no-go zones and narrow passages, (7) Configure schedule. Navimow uses satellite + vision fusion — no wires needed. First RTK fix may take 15-45 minutes.

Segway Navimow blade replacement: (1) Power off and flip upside down, (2) Three small blades attached to the disc with screws, (3) Use the included T20 Torx screwdriver, (4) Remove old blades and clear any debris, (5) Attach new blades — do not overtighten, blades must pivot freely, (6) Replace all 3 at once. Navimow blade kits are available on navimow.segway.com/accessories.

Navigation issues: (1) Check RTK status in the app — should show 'Fixed', (2) Re-map your boundary if recently changed landscaping, (3) Ensure EFLS antenna has clear sky view (trees can interfere), (4) Check for firmware updates — Segway regularly improves navigation algorithms, (5) Delete and re-create mowing zones. If the mower consistently drifts in one area, there may be a GPS shadow from a building or tree.

Gardena SILENO setup: (1) Install charging station against a wall on flat ground, (2) Lay boundary wire around your lawn perimeter (keep 35cm from edges), (3) Lay guide wire from charging station to a far point in the lawn for efficient return navigation, (4) Download GARDENA smart app, (5) Connect via Bluetooth, (6) Set your mowing schedule. Gardena is a Husqvarna subsidiary — setup is very similar to Automower.

Gardena SILENO blade replacement: Same as Husqvarna — (1) Stop the mower, flip upside down, (2) Three small pivoting blades on a disc, (3) Unscrew with Phillips or Torx screwdriver, (4) Replace all 3 with Gardena OEM blades (part #4087-20), (5) Finger-tight — blades must pivot freely. Replace every 1-3 months.

EcoFlow BLADE setup: (1) Install the GNS5 (GPS) antenna tower in your yard with clear sky view, (2) Place the charging dock on flat ground, (3) Download the EcoFlow app → pair device, (4) Map your lawn boundary by walking the perimeter (like a GPS drawing), (5) Set no-mow zones, (6) The BLADE is wire-free with RTK — it also sweeps leaves with the optional Lawn Sweeper Kit. First GPS lock may take 20-40 minutes.

Bosch Indego setup: (1) Install charging dock on flat ground near power outlet, (2) Lay boundary wire (Indego uses LogiCut parallel mowing — precision matters), (3) Download Bosch Smart Gardening app, (4) Pair via Bluetooth → WiFi setup, (5) The Indego will map your lawn in parallel stripes (not random like most robots). Map creation takes several mowing sessions. Indego S+ models include SmartMowing — it adjusts schedule based on weather.

Robomow uses a large single or dual blade system (not small pivoting blades). Replacement: (1) Power off completely, (2) Flip upside down (use gloves — blade is larger), (3) Remove the center bolt with the included wrench, (4) Slide off old blade and attach new one, (5) Tighten firmly. Robomow blades can be sharpened 2-3 times with a flat file before replacing. OEM blades are specific to your model series (RS/RC/RX/RT).

Kress Mission RTK setup: (1) Install the RTK tower (real-time kinematic antenna) in your yard with full sky view, (2) Place charging station on flat ground, (3) Download KressRobot app, (4) Connect via Bluetooth → WiFi, (5) Wait for RTK to achieve 'Fixed' status (5-30 min), (6) Map boundary by driving the mower around perimeter via the app, (7) Create zones and no-go areas. Kress RTK achieves centimeter-level precision — no boundary wire needed.

STIHL iMOW manuals are typically provided by your authorized dealer during professional installation. You can also: (1) Contact your local STIHL dealer, (2) Visit stihl.com and navigate to the iMOW product page, (3) Use the STIHL connected app for digital guides. Note: STIHL recommends dealer installation for iMOW — setup is typically included with purchase.

EGO Power+ mower setup: (1) Install boundary wire around your lawn perimeter, (2) Place charging dock near power outlet on flat ground, (3) Download the EGO POWER+ app, (4) Pair via Bluetooth, (5) Configure WiFi connection, (6) Set your mowing schedule. EGO uses the same 56V ARC Lithium battery platform as all EGO tools — batteries are interchangeable. Check that battery is compatible with your specific mower model.

Toro robotic mower blade replacement: (1) Power off the mower completely, (2) Flip upside down, (3) Locate the 3 pivot blades on the cutting disc, (4) Remove with the appropriate screwdriver (usually Torx T20), (5) Install new OEM Toro blades, (6) Hand-tighten only — blades must pivot freely. Contact your Toro dealer for the correct part number for your specific model.

Ecovacs GOAT setup: (1) Install charging dock on flat ground, (2) GOAT uses TrueMapping LiDAR — no boundary wire needed, (3) Download ECOVACS HOME app, (4) Pair via Bluetooth, (5) The mower will auto-map your yard using LiDAR as it makes its first few runs, (6) Refine boundaries and no-go zones in the app. LiDAR mapping means it works day or night and handles complex yard shapes well.

Ambrogio offers both: Residential (L-series, Twenty ZR): Wire-guided, 200-5,000m², designed for home use. Commercial (4.0 Elite, L400, Robot RTK): GPS/RTK capable, 5,000-20,000m², built for professional landscapers with fleet management. The 4.0 Elite S+ includes RTK for wire-free operation. Check aimowernews.com/brand/ambrogio/ for full model comparisons.

Novabot lawn mapping: (1) Download the Novabot app, (2) Put the mower in mapping mode, (3) Walk the mower around your lawn perimeter — it uses RTK + cameras to record the boundary, (4) Mark obstacles and no-go zones in the app, (5) Review and confirm your map. Novabot combines satellite positioning with visual AI — it works without boundary wires and can recognizing edges like flowerbeds and driveways.

Hookii Neomow setup: (1) Install the RTK reference station, (2) Place charging dock on flat ground, (3) Download the Hookii app, (4) Pair via Bluetooth → WiFi, (5) Wait for RTK fix (green LED on reference station), (6) Map your lawn boundary using the guided walk in the app, (7) Set mowing zones and schedule. Neomow is wire-free with RTK. The X series adds camera-based obstacle avoidance for extra safety.

RoboUp Raccoon setup: (1) Install boundary wire or use RTK (model dependent), (2) Place charging dock, (3) Download RoboUp app, (4) Connect via Bluetooth, (5) Set mowing schedule. The Raccoon 2 SE is their budget-friendly option with wire-based navigation. Check RoboUp's YouTube channel for step-by-step setup videos — they have excellent tutorials.

Yarbo is a multi-function robot with swappable modules: (1) Mowing module — robotic lawn mowing with RTK, (2) Snow blowing module — clears snow autonomously, (3) Leaf blowing module — yard cleanup, (4) All modules share the same robot base and battery. You map your yard once and each module works the same path. Check aimowernews.com/brand/yarbo/ for module compatibility.

Lymow One setup: (1) Install charging station on flat ground, (2) Download the Lymow app, (3) Pair via Bluetooth → WiFi, (4) Lymow One uses wire-free navigation — map your boundary using the guided walk feature, (5) Set mowing zones and schedule. Lymow is a newer brand with competitive pricing — check their FAQ section in the app for video guides.

Kowoll robotic mower setup: (1) Install charging station, (2) Download the Kowoll app, (3) Pair via Bluetooth, (4) Map your lawn boundary (Kowoll uses wire-free navigation), (5) Set mowing schedule and cutting height. Kowoll is a budget-friendly option — their app walks you through each step with on-screen guides.

Roborock brings their advanced LiDAR technology from robot vacuums to outdoor mowing. Their mowers use: (1) Multi-line LiDAR for precise mapping, (2) Camera-based obstacle avoidance, (3) RTK positioning for centimeter accuracy, (4) AI object recognition to identify and avoid objects. Setup through the Roborock app — same app used for their vacuum robots.

Dreame's robotic mowers use the same LiDAR + AI technology from their robot vacuums. Key features: (1) 3D LiDAR mapping for precise lawn coverage, (2) AI-powered obstacle detection, (3) Wire-free navigation — no boundary wire needed, (4) App-based setup and control through the Dreamehome app. Dreame is a newer entrant to the mower market, leveraging years of indoor robot navigation expertise.

Yes! Einhell's FREELEXO robotic mowers use the Power X-Change 18V battery platform — the same batteries used across all 250+ Einhell Power X-Change tools (drills, saws, etc.). If you already own Einhell tools, you likely already have compatible batteries. This is one of Einhell's biggest value propositions — one battery system for everything.

AL-KO Robolinho setup: (1) Install charging station on flat ground, (2) Lay boundary wire around your lawn (30cm from edges), (3) Install guide wire for efficient navigation, (4) Download the AL-KO inTOUCH app, (5) Pair via Bluetooth → WiFi, (6) Set mowing schedule. The Robolinho i-series (e.g., 500 I, 1150 W) support smart home integration. AL-KO provides detailed setup videos on their YouTube channel.

Yes — Belrobotics specializes in commercial robotic mowers designed for large areas like sports fields, golf courses, and public parks. Their Bigmow and Ballpicker models cover up to 24,000m². Key features: (1) GPS-guided navigation, (2) Fleet management software, (3) Heavy-duty cutting for professional turf, (4) Low noise for public spaces. Contact Belrobotics directly for commercial quotes and installation.

GreenWorks Optimow setup: (1) Install the boundary wire around your lawn perimeter, (2) Place the charging station on flat ground, (3) Download the GreenWorks app, (4) Pair the mower via Bluetooth, (5) Configure WiFi, (6) Set your mowing schedule. The Optimow uses boundary wire technology — no RTK/GPS on current models. GreenWorks provides installation videos on their support page.

Mowro robotic mower setup: (1) Install the charging base, (2) Lay boundary wire around your lawn, (3) Connect wire to the base station, (4) Set cutting height using the dial on the mower, (5) Download the Mowro app for scheduling. Mowro is great for first-time robotic mower owners — affordable and straightforward. Their models are boundary-wire based, keeping the technology simple and reliable.

Terramow setup: (1) Install charging station, (2) Download the Terramow app, (3) Pair via Bluetooth, (4) Terramow uses wire-free navigation — map your boundary via the app's guided walk feature, (5) Set your mowing schedule and cutting height. Terramow offers budget-friendly wire-free mowers with app-based boundary mapping.

Yard Force setup: (1) Install charging dock near a power outlet, (2) Lay the boundary wire around your lawn perimeter (~30cm from edges), (3) Connect both ends of the wire to the base station, (4) Download the Yard Force app, (5) Set your mowing schedule. Most Yard Force models (EasyMow, NX series) include rain sensors that auto-pause mowing. Replacement blades are widely available online.

STIGA Stig series setup: (1) Install charging station on level ground, (2) Lay boundary wire (STIGA provides detailed wire layout guides), (3) Download the STIGA.GO app, (4) Pair and configure via the app, (5) Set mowing schedule. STIGA is a major European brand — their support is strongest in EU markets. Check stiga.com for country-specific support pages.

Tech Line has one of the widest residential ranges with 10 models covering lawns from 400m² to 10,000m². Their lineup includes boundary wire and wire-free models at various price points. Tech Line mowers are popular in European markets. Visit aimowernews.com/brand/tech-line/ for full model specs and comparisons.

Airseekers setup: (1) Install RTK antenna with clear sky view, (2) Place charging station, (3) Download the Airseekers app, (4) Pair via Bluetooth → WiFi, (5) Map your lawn using the guided boundary walk. Airseekers offers RTK wire-free navigation — their Commercial Pro 5000 model handles larger properties up to 5,000m².

Aiper mower setup: (1) Install the charging dock, (2) Download the Aiper app, (3) Pair via Bluetooth, (4) Map your lawn boundary, (5) Set your schedule and cutting height. Aiper is newer to the robotic mower market — register your product on their support page for warranty and firmware updates.

Mowrator is a remote-controlled mower — not fully autonomous. Key differences: (1) You manually control it via remote control, (2) Designed for steep slopes and terrain too dangerous for autonomous mowers, (3) No boundary wire or GPS needed, (4) You drive it like an RC car. Think of it as a remote-controlled tank that mows. Ideal for hillsides, ditches, and embankments.

RC Mowers makes professional-grade remote-controlled mowers for commercial landscaping: (1) Steep slopes (up to 50°+ gradient), (2) Highway embankments and medians, (3) Retention ponds and dam walls, (4) Any terrain too dangerous for walk-behind or ride-on mowers. These are NOT autonomous — an operator controls them remotely. Built for professional landscaping companies and municipalities.

Spider remote-controlled mowers are designed for extreme terrain: (1) Slopes up to 55° gradient, (2) Highway and railway embankments, (3) Flood control channels, (4) Solar panel fields. Spider mowers are operated by remote control and are used by professional landscaping companies, municipalities, and utility companies. They're built in the Czech Republic and known for extreme durability.

The Scythe M.52 is a fully autonomous commercial mower designed for professional landscaping companies. Key features: (1) 52-inch commercial-grade cutting deck, (2) Full autonomy — maps sites and mows without an operator, (3) Fleet management software, (4) Designed to replace ride-on mowers in commercial fleets. Scythe Robotics was recently acquired — check aimowernews.com for the latest updates on their availability and dealer network.

Greenzie makes autonomous retrofit kits that convert existing commercial ride-on mowers to self-driving. Instead of buying a new robot, you add Greenzie's kit to your current mower fleet. Key features: (1) Works with popular commercial mower brands, (2) GPS-guided autonomous mowing, (3) Fleet management dashboard, (4) Reduces labor costs for landscaping companies. Contact Greenzie for commercial pricing and compatibility.

Exmark (Toro's commercial division) offers autonomous mowing solutions for professional landscapers. Their robotic mowers are designed for commercial properties and are typically dealer-installed with ongoing service support. Contact your local Exmark dealer for product availability—Exmark focuses on the professional/commercial market.

Graze offers autonomous mowing as a service for commercial properties. Key features: (1) GPS-guided commercial-grade mowers, (2) Fully managed service — Graze handles setup, maintenance, and monitoring, (3) Fleet management and remote monitoring, (4) Designed for commercial landscaping companies and property managers. This is a service model, not a purchase — contact Graze for pricing.

Turflynx makes GPS-guided commercial robotic mowers designed for: (1) Golf courses, (2) Sports fields, (3) Municipal grounds and parks, (4) Large commercial properties. Their mowers are designed for professional groundskeeping with fleet management capabilities. Contact Turflynx for commercial quotes.

Echo Robotics specializes in cloud-connected commercial robotic mowers. Key differentiators: (1) Fully cloud-managed fleet — control multiple mowers from one dashboard, (2) Remote diagnostics and OTA firmware updates, (3) Designed for commercial landscapes, HOAs, and property management, (4) Cellular connectivity (not just WiFi). Their TM-2000 handles up to 20,000m².

FireFly Robotics, called FireFly Automatix until June 2026, makes autonomous commercial mowers for: (1) Golf course maintenance, (2) Sports turf management, (3) Large estate grounds. Key features: full GPS autonomy, professional-grade cutting, fleet management. Contact FireFly or their dealers for manuals and support — their equipment is typically dealer-installed and serviced.

Agria makes heavy-duty commercial robotic mowers (models 9500, 9600) designed for professional landscaping: (1) Large commercial properties, (2) Municipal grounds, (3) Agricultural areas. Agria is a German manufacturer known for rugged, industrial-grade equipment. Manuals and parts are available through their dealer network.