OTTO 1200
The 1200 Autonomous Mobile Robot is a compact heavy-duty self-driving material handling vehicle designed to automate pallet and material transport throughout manufacturing and warehouse facilities with limited space availability.
Capable of transporting payloads up to approximately 2,640 lbs, the system combines autonomous navigation, intelligent safety systems, and high travel efficiency to support continuous material flow without requiring fixed conveyor paths or manual forklift operation. Its compact footprint and turn-in-place maneuverability allow reliable operation within tight industrial environments while maintaining high throughput performance.
The 1200 Autonomous Mobile Robot is designed for autonomous material transport applications requiring flexible movement of pallets, carts, racks, and heavy loads throughout constrained manufacturing and warehouse environments. Utilizing onboard sensors, LiDAR, perception cameras, and advanced autonomy software, the vehicle navigates independently throughout facilities without requiring magnetic tape, floor guides, or dedicated infrastructure.
The system supports integration with conveyor systems, robotic cells, palletizers, warehouse software, and manufacturing execution systems to automate repetitive material transport workflows. Fleet management software allows multiple autonomous vehicles to communicate and optimize traffic flow throughout the operation while reducing dependency on forklifts and manual cart transportation. The compact chassis design and high maneuverability make the platform well suited for operations with narrow aisles and tight workspaces.
- Equipment Type: Autonomous mobile robot (AMR)
- Maximum Payload Capacity: Up to approximately 2,640 lbs
- Maximum Travel Speed: Up to approximately 3.1 MPH
- Maximum Docking Speed: Approximately 0.7 MPH
- Docking Precision: Approximately ±0.39"
- High Accuracy Docking Precision: Approximately ±0.20" with optional upgrade
- Overall Dimensions: Approximately 53.1" L x 35.8" W x 12.6" H
- Vehicle Weight: Approximately 815 lbs
- Ground Clearance: Approximately 1-3/16"
- Turning Radius: Turn-in-place capability
- Maximum Turning Speed: Approximately 45°/sec
- Floor Obstacle Traversal: Approximately 5/32"
- Battery Capacity: 21 Ah
- Battery Voltage: 48 V
- Charge Time: Approximately 30 minutes from 10% to 90%
- Battery Life: Approximately 6,000 full charge cycles
- Charging Options: Autonomous opportunity charging or manual charging
- Navigation System: LiDAR and 3D camera-based autonomous navigation
- Sensors: 2 forward-facing 3D perception cameras, 2 LiDAR sensors, and 6-axis IMU
- Communication: WiFi 2.4 GHz / 5 GHz
- Computer System: Fanless embedded industrial computer
- Safety Features: Adaptive safety fieldsets, emergency stop integration, and intelligent obstacle detection
- Environmental Rating: IP20
- Humidity Range: 10-95% non-condensing
- Applications: Pallet transport, cart movement, conveyor interfacing, and material handling automation
(Final specifications vary depending on payload requirements, facility layout, traffic conditions, software integration, and overall system configuration.)
- Compact autonomous mobile robot platform
- Self-driving material transport system
- Payload capacity up to approximately 2,640 lbs
- Turn-in-place maneuverability
- Autonomous navigation without fixed guide paths
- Dynamic obstacle avoidance technology
- Intelligent adaptive safety fieldsets
- High-accuracy docking capability available
- Compatible with conveyors, robotics, and automation systems
- Wireless fleet communication capability
- Autonomous opportunity charging system
- Compact chassis for narrow aisle operation
- Continuous-duty industrial operation
- Rapid-access maintenance drawer system
- Real-time route optimization and traffic management
- Reduces manual forklift transportation requirements
The autonomous mobile robot utilizes integrated 3D perception cameras, LiDAR sensors, and embedded navigation systems to safely maneuver throughout mixed industrial environments containing personnel, forklifts, and other mobile equipment. Intelligent obstacle avoidance and adaptive safety fieldsets allow the vehicle to dynamically reroute around obstacles while maintaining efficient transport operations.
The compact chassis design supports payload capacities up to approximately 2,640 lbs while maintaining autonomous travel speeds up to approximately 3.1 MPH. Turn-in-place capability allows the robot to operate efficiently within constrained floor layouts while minimizing required aisle space. Precise docking capability allows the system to interface with conveyor systems, carts, pallet stations, robotic cells, and custom automation equipment with repeatable positioning accuracy.
The onboard energy system utilizes autonomous opportunity charging technology to support continuous operation with minimal downtime. Rapid-access maintenance drawers simplify servicing and battery access while helping improve equipment uptime in demanding industrial environments.
The 1200 Autonomous Mobile Robot is designed for autonomous material transport applications requiring flexible movement of pallets, carts, racks, and heavy loads throughout constrained manufacturing and warehouse environments. Utilizing onboard sensors, LiDAR, perception cameras, and advanced autonomy software, the vehicle navigates independently throughout facilities without requiring magnetic tape, floor guides, or dedicated infrastructure.
The system supports integration with conveyor systems, robotic cells, palletizers, warehouse software, and manufacturing execution systems to automate repetitive material transport workflows. Fleet management software allows multiple autonomous vehicles to communicate and optimize traffic flow throughout the operation while reducing dependency on forklifts and manual cart transportation. The compact chassis design and high maneuverability make the platform well suited for operations with narrow aisles and tight workspaces.
The autonomous mobile robot utilizes integrated 3D perception cameras, LiDAR sensors, and embedded navigation systems to safely maneuver throughout mixed industrial environments containing personnel, forklifts, and other mobile equipment. Intelligent obstacle avoidance and adaptive safety fieldsets allow the vehicle to dynamically reroute around obstacles while maintaining efficient transport operations.
The compact chassis design supports payload capacities up to approximately 2,640 lbs while maintaining autonomous travel speeds up to approximately 3.1 MPH. Turn-in-place capability allows the robot to operate efficiently within constrained floor layouts while minimizing required aisle space. Precise docking capability allows the system to interface with conveyor systems, carts, pallet stations, robotic cells, and custom automation equipment with repeatable positioning accuracy.
The onboard energy system utilizes autonomous opportunity charging technology to support continuous operation with minimal downtime. Rapid-access maintenance drawers simplify servicing and battery access while helping improve equipment uptime in demanding industrial environments.
- Compact autonomous mobile robot platform
- Self-driving material transport system
- Payload capacity up to approximately 2,640 lbs
- Turn-in-place maneuverability
- Autonomous navigation without fixed guide paths
- Dynamic obstacle avoidance technology
- Intelligent adaptive safety fieldsets
- High-accuracy docking capability available
- Compatible with conveyors, robotics, and automation systems
- Wireless fleet communication capability
- Autonomous opportunity charging system
- Compact chassis for narrow aisle operation
- Continuous-duty industrial operation
- Rapid-access maintenance drawer system
- Real-time route optimization and traffic management
- Reduces manual forklift transportation requirements
- Equipment Type: Autonomous mobile robot (AMR)
- Maximum Payload Capacity: Up to approximately 2,640 lbs
- Maximum Travel Speed: Up to approximately 3.1 MPH
- Maximum Docking Speed: Approximately 0.7 MPH
- Docking Precision: Approximately ±0.39"
- High Accuracy Docking Precision: Approximately ±0.20" with optional upgrade
- Overall Dimensions: Approximately 53.1" L x 35.8" W x 12.6" H
- Vehicle Weight: Approximately 815 lbs
- Ground Clearance: Approximately 1-3/16"
- Turning Radius: Turn-in-place capability
- Maximum Turning Speed: Approximately 45°/sec
- Floor Obstacle Traversal: Approximately 5/32"
- Battery Capacity: 21 Ah
- Battery Voltage: 48 V
- Charge Time: Approximately 30 minutes from 10% to 90%
- Battery Life: Approximately 6,000 full charge cycles
- Charging Options: Autonomous opportunity charging or manual charging
- Navigation System: LiDAR and 3D camera-based autonomous navigation
- Sensors: 2 forward-facing 3D perception cameras, 2 LiDAR sensors, and 6-axis IMU
- Communication: WiFi 2.4 GHz / 5 GHz
- Computer System: Fanless embedded industrial computer
- Safety Features: Adaptive safety fieldsets, emergency stop integration, and intelligent obstacle detection
- Environmental Rating: IP20
- Humidity Range: 10-95% non-condensing
- Applications: Pallet transport, cart movement, conveyor interfacing, and material handling automation
(Final specifications vary depending on payload requirements, facility layout, traffic conditions, software integration, and overall system configuration.)
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