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Dimensions: 0.77 × 0.93 × 0.7 m / 30 × 36 × 27 in Sweeping width: 93 cm / 36 in Max
Dimensions: 0.77 × 0.93 × 0.7 m / 30 × 36 × 27 in Sweeping width: 93 cm / 36 in Max productivity: 3,384 m²/h / 36,425 ft²/h Maximum speed: 1 m/s Battery capacity: 120 Ah Rated voltage: 24 V Gradeability: 10° Weight: 102 kg / 225 lb Trash tray: 1.7 L / 0.3 gal Dust box: 9.7 L / 2.1 gal Minimum distance to edge: 0 mm Charging mode: Manual/automatic Charging time: 4 h Runtime: 6–12 h Battery type: Ternary lithium
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Summary The iTR iTRmop is iTR Robot Technology’s compact daily maintenance floor
Summary The iTR iTRmop is iTR Robot Technology’s compact daily maintenance floor sweeping robot, providing 3-in-1 sweeping, vacuuming, and dust-pushing cleaning with patent-enabled zero-distance edge cleaning, a four-layer sensor system including 2D laser, ultrasonic radars, RGB camera, and contact sensors, courtesy mode for occupied-facility operation, and a 120 Ah battery delivering 6 hours of operating productivity.
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Key specifications: 120 Ah battery with 6 hours productivity, patent-design
Key specifications: 120 Ah battery with 6 hours productivity, patent-design zero-distance edge cleaning, four-layer sensor system (2D laser, ultrasonic radars, RGB camera, safe touch/fall prevention), switchable obstacle avoidance and courtesy operating modes, and compatibility with the same application environments as the M2 Pro (airports, hotels, hospitals, warehouses, offices, etc.).
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The iTRmop is equipped with a 120 Ah battery providing 6 hours of operating
The iTRmop is equipped with a 120 Ah battery providing 6 hours of operating productivity and supports the same application environments as the M2 Pro: airport stations, parking lots, commercial complexes, hotels, office buildings, hospitals, industrial parks, factories, large warehouses, exhibition centers, and schools.
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Technology and Navigation System Four-Layer Sensor System The iTRmop’s obstacle
Technology and Navigation System Four-Layer Sensor System The iTRmop’s obstacle avoidance and navigation system uses four distinct sensing modalities, confirmed by cobots.kindbg.com’s documentation: 2D Laser (LiDAR): The primary geometric mapping and positioning sensor, providing 360-degree horizontal distance measurement for environment mapping and real-time position tracking.