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Smart Autonomous Navigation for Commercial Landscaping

Designed for Ease, Efficiency and, Safety in Every Terrain

Designing for Precision and Safety

Commercial-Grade RTK-GNSS Navigation (<2cm Accuracy)

Commercial-Grade RTK-GNSS Navigation (<2cm Accuracy)

UltraSense™ AI Vision System for Dynamic Obstacle Detection

UltraSense™ AI Vision System for Dynamic Obstacle Detection

Manage Up to 50 Distinct Mowing Zones

Manage Up to 50 Distinct Mowing Zones

Fully Autonomous Operation, No Supervision Required

Fully Autonomous Operation, No Supervision Required

Only 4 Steps To Autonomous Mowing

Step 1

Step 2

Step 3

Step 4

Boundary-Free Routing and Map Planning:

Boundary-Free Routing and Map Planning:

Simply Walk G1 Around The Edge Of Your Lawn, And It Will Automatically Create A Back-And-Forth Work Path And Map In This Area.

Control Your Fleet via App:

Control Your Fleet via App:

Easily Assign Units, Check Their Status, And Sync Tasks.

AI Vision for Obstacle Avoidance:

AI Vision for Obstacle Avoidance:

Real-Time Recognition Of People, Animals, And Vehicles.

Multi-Zone Management:

Multi-Zone Management:

Effortlessly Manage Up To 50 Areas With Scheduling, Don’t Have To Remap For Second Mowing.

Safety in Complex Situation

AI Vision can Accurately Differentiates between Vegetation and Obstructions

Camera Fusion for Dual Verification

Maintains a 3 Mins Tolerance in Non-GPS Areas, and Automatically Resumes Once it Enters a GPS-enabled Area

Stop Button: Immediate Stop, Reverse, and Automatic Rerouting

From Ride-On To Robotic: The Future Of Commercial Mowing

Discover how robotic mowers outperform manual and ride-on solutions in cost, efficiency, and safety.

Robotic Mower (PANDAG G1)
icon-vs
Ride-On / ztr mower
Fully Autonomous, 24/7 Operation Without Supervision
Labor Dependence
Requires Skilled Human Operator
RTK Navigation + AI Vision Ensures High Coverage with Zero Overlap
Route Accuracy
Depends on Operator's Skill, Inefficient in Complex Areas
Handles Slopes(75%), Muddy, Tight Spaces with Adaptive Algorithms
Terrain Adaptability
Limited to Flat or Accessible Areas
Predictable, Low-maintenance Electric Cost
Operating Cost
Fuel + Labor-intensive with High Upkeep
Pays Off Within 1-2 Seasons for Large-scale Use
ROI
Rising Labor and Fuel Costs Impact Margins

Ready to Experience AI-Powered Mowing?

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FAQs

AI Vision avoids obstacles by real-time recognition of people, animals, and vehicles, while accurately differentiating between vegetation and true obstructions. When an obstacle is detected, its emergency response protocols trigger an immediate stop, reverse, and automatic rerouting for safe operation.
In case of GPS signal loss, the mower maintains its pre-planned route within non-GPS areas, leveraging a 300-meter positional tolerance. It will then automatically re-establish connection and resume its work as soon as it re-enters a GPS-enabled zone.
You can assign up to 50 areas/zones per machine. These zones are easily managed and activated via the app, allowing the mower to automatically perform tasks within the designated areas.
Yes, one person can manage multiple robotic mowers using the app. The app allows a single operator to assign units, check their status, and sync tasks across the entire fleet.
While normal GPS offers 2-5 meter accuracy for general navigation, RTK GPS achieves centimeter-level (1-2 cm) precision. This superior accuracy is due to real-time correction data from a ground-based base station, making RTK GPS essential for high-precision applications like autonomous mowing and surveying.