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Conquer Complex Terrains with 80% Slope Capability

Autonomous Mowing on Up to 38° Slopes – No Slip, No Stuck

Real-World Terrain Challenges

From Steep Slopes To Muddy Wetlands, PANDAG G1 Conquers Them All.

Steep Slope Challenge
Wet Terrain Challenge
Complex Landscape Challenge

While other commercial mowers lose traction and fail on wet slopes, the PANDAG G1's 2-Wheel Drive (2WD) and intelligent torque control deliver precise, reliable, commercial-grade cuts in any weather.

Slope Climbing Technologies That Work

4 Key Technologies Enable Reliable All-Terrain Performance

Municipal Maintenance

  • Dual 1500W Walking Motors
  • Floating Deck Adapts to Surface Inconsistencies

Heavy-Duty Aluminum Body & IPX6 Protection

  • Withstands Rugged Impacts and Wet Environments
  • Ideal for Long-Duration Operations in Unstable Terrain

2WD with Spike Wheels

  • Full-Time 2 Wheel Drive Ensures Stable Traction
  • Proprietary Spike Tire Design for Wet/Muddy Grip

Self-Adaptive Torque Control

  • Real-Time Torque Adjustment Based on Incline Resistance
  • Prevents Rollbacks and Stalls on Loose Surfaces
Municipal maintenance robotic mower with dual motors
Heavy-duty aluminum body with IPX6 protection
2WD robotic mower with spike wheels
Self-adaptive torque control system

Not Just A Test-Bed Machine

PANDAG G1 Thrives In Real-World Hostile Terrain

PANDAG G1 in Riverbank

Riverbank

PANDAG G1 in Steep Slope

Steep Slope

PANDAG G1 in Orchard

Orchard

PANDAG G1 in Mud Hole

Mud Hole

Why Choose PANDAG G1 Over Traditional Machines

Comparison Dimensions

Slope Performance

Traction

Safety

Cost & Efficiency

Terrain Adaptability

Power Mode

38°

Spike Wheel+2WD

AI Obstacle Avoiding & Auto-Pause

Autonomous Mowing+Pure Electric

Slopes+Wetlands+Loose Terrain

Ride-On Mower

<15°

Frequent Slippage

Errors From Manual Control

High Labor And Fuel Costs

Requires Manual Inspection

Standard Robotic Mower

<20°

Poor Wheel Traction

Easily Loses Control And Slips

High Operation Failure Rate

Has Limitations

Ready to Experience All-Terrain Mowing?

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FAQ

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.