The MOVA LiDAX Ultra 2000 is a self-contained robotic mower designed for automated maintenance of lawns up to approximately 2000 m\u00b2 (0.5 acre). It integrates an UltraView\u2122 2.0 positioning system with 360\u00b0 3D LiDAR and artificial vision, which allows navigation without perimeter wire or RTK stations, generating three-dimensional maps of the terrain with centimeter accuracy.<\/p>\n
The equipment uses U-trajectory path planning, floating cutting system and 20 cm cutting width, with adjustable height between 30 and 100 mm. It incorporates rear-wheel drive with all-terrain wheels, climbing capability on slopes up to 45% (24\u00b0) and intelligent obstacle detection using 3D point cloud data and machine vision algorithms.<\/p>\n
The cutting system integrates UltraTrim\u2122 1.0 technology, capable of working within 5 cm of edges or walls, reducing uncut areas. The equipment has a 5 Ah battery, autonomy of approximately 70-90 min per charge, automatic return to the charging station and management of work areas through a mobile application.<\/p>\n
The positioning is based on 360\u00b0 LiDAR sensors combined with AI vision processing, capable of generating three-dimensional maps of the terrain without the need for perimeter wire. The system identifies and avoids more than 300 types of obstacles, optimizing navigation in complex environments.<\/p>\n
The cutting assembly uses a floating disc with three blades and a working width of 20 cm. The cutting height is adjustable between 30 mm and 100 mm, configured from the mobile application to adapt to different densities or types of grass.<\/p>\n
The robot incorporates a rear-wheel drive system with all-terrain wheels, designed for uneven surfaces. It allows working on slopes of up to 45 % (24\u00b0) and overcoming vertical obstacles of approximately 4 cm.<\/p>\n
The mobile cutting disc allows approaching edges, walls or hedges with a distance of less than 5 cm. This configuration reduces residual uncut areas on adjacent perimeters or pavements.<\/p>\n