Remote-controlled lawn mowers are mainly divided into four categories based on their chassis, power source, and control method: tracked, wheeled, mowing tools (flail/rotary/chisel type, etc.), and "remote control + automatic planning". Different types vary significantly in terrain passability, operation efficiency, quietness and environmental friendliness, and intelligence level, so they are matched to scenarios such as sloped land, orchards, photovoltaic areas, municipal green spaces, and courtyards accordingly.

Quick Overview of Type – Capability – Scenario

Tracked vs. Wheeled: How to Choose?

• Prioritize tracked models for sloped land, wet/soft ground, or composite operations: They can climb slopes of approximately 30°–55°, remain stable on wet/slippery, muddy, or tall grass terrain, and are suitable for orchards, areas around photovoltaic panels, highway slope protection, and embankments.

• Prioritize wheeled models for flat/gentle slopes and efficiency: With zero turning radius and flexible mobility, they are suitable for courtyards, small green spaces, and sports lawns.

Power Source and Environmental Friendliness

• Pure electric/hybrid: Quiet, with zero/low emissions, suitable for scenarios sensitive to noise and emissions such as schools, hospitals, and residential areas. Lithium batteries have a range of approximately 2–3 hours, and battery replacement can extend the operation time.

• Fuel-powered: Long range, strong torque, and high-temperature resistance, suitable for continuous high-intensity operations and remote areas without electricity.

Mowing Tool Form (Cutter Head)

• Flail/hammer type: Strong crushing ability for tall grass, shrubs, and thick-stemmed weeds; wide coverage and high efficiency.

• Rotary type: Used for standard lawn trimming, ensuring a clean and flat surface, suitable for daily maintenance.

• Chisel/grass-crushing type: Suitable for heavy-load tall grass cutting and grass-crushing for soil return, with finer crushing effect.

Remote Control vs. Automatic Planning (Semi/Full Automation)

• Remote control: Manual remote operation with real-time intervention, suitable for complex terrain and unpredictable obstacles.

• Remote control + automatic planning: Equipped with electronic boundaries, mapping, and obstacle avoidance functions, suitable for regular courtyards/campuses, significantly reducing manual intervention. However, it is necessary to first evaluate the reliability of signals and perception in complex terrain or strong obstruction environments.

Selection Recommendations

• Sloped/complex terrain: Prioritize tracked models, and pay attention to the nominal climbing angle, ground pressure, and cutter head type (choose flail type for tall grass/shrubs).

• Flat/gentle slopes + efficiency: Wheeled models with zero turning radius are more suitable.

• Sensitivity to noise/emissions: Prioritize pure electric or hybrid models.

• Pursuit of greater convenience: Choose "remote control + automatic planning", but first conduct tests in complex areas.