Vegetation Management and Snow Removal
Custom For Your Site
From solar farms to airport corridors, autonomous deployment turns routine maintenance into a predictable line item with the uptime data and ROI numbers procurement teams need to make the case.
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Our robots are engineered for continuous operation across fleet-scale sites with the total cost of ownership and uptime reporting that turn a purchase decision into a business case.
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We handpick each robot for your site to match your problem; an agnostic solution for a complex issue.
Applications
Data
Centres
Solar
Farms
Oil
Refineries
Pipelines
Warehouses
Wind
Turbines
Hydro
Energy
Endless
Possibilities
Our Fleet
Our fleet designed for any of your problems. You find the problem, we find the right autonomous solution.
Yarbo's Core + Module architecture means a single robotic base handles mowing, snow clearing, and debris management across seasons — reducing the equipment fleet a facilities team has to purchase, store, and maintain. All-terrain tracked mobility handles slopes up to 70%, with RTK-GPS navigation holding centimeter-level accuracy across large sites. Fewer machines. Fewer service contracts. One platform covering tasks that would otherwise require three.
FJ Dynamics builds its landscaping robots on the same industrial-grade RTK and autonomous navigation systems it develops for precision agriculture, surveying, and construction — technology engineered for signal-challenged, large-scale environments from the start. Dual-camera vision holds positioning accuracy even under tree canopy or in weak-signal zones, while multi-zone management supports up to 100 zones per unit — built for sites too large and too variable for consumer-grade equipment.
Navimow's Exact Fusion Locating System combines RTK positioning with real-time vision processing to maintain centimeter-level accuracy across complex, obstacle-dense sites — without the infrastructure cost of perimeter wiring. VisionFence™ obstacle detection and IP66-rated durability mean fewer service interruptions and lower per-unit maintenance across a deployed fleet.
Why Autonomous?
Labor Cost Reduction
Replace variable seasonal labour with a predictable operating expense. Autonomous fleets scale to site size without the recruiting, training, and turnover cycle that comes with ground crews.
24/7 Operational Coverage
No shifts, no fatigue, no weather-comfort limits. Your site gets maintained on a fixed schedule.
Safety
Removing personnel from repetitive outdoor operations — steep grades, heat exposure, proximity to equipment — reduces incident exposure and the liability that comes with it.
Scalable Fleet Deployment
Deploy and manage autonomous fleets consistently across distribution centers, energy sites, and campuses — centrally monitored, uniformly maintained, regardless of location count.