An independent accessory-mounted controller powers hydraulic actuators for dismounting when the in-cabin controller is disconnected or fails.
Markers on poles define snow removal and collection zones, helping autonomous machines stay accurate where GPS navigation is unreliable.
Real-time sensor feedback adjusts spreading and snowploughing before route narrowing and obstacles to prevent damage and maintain treatment efficiency.
GPS-RTK mapping and BFS potential fields let a snow removal robot prioritize uncleaned grids and clear multiple areas in one run.
By planning routes from the snow throwing site and current position, the sweeper clears snow more systematically with less waste.
GPS-RTK mapping and BFS potential fields let a snow removal robot prioritize grids and clear multiple areas more efficiently.
Snow depth and weight sensing let an autonomous blower trigger clearing at the right time, improving maneuverability, safety, and removal quality.
Control-panel paddles drive a DC motor and gears to rotate the snow thrower chute without the operator removing a hand from the controls.