Product Description
FLY BOAT– LOAD TRANSFER AGV AMR
FLY Boat AMR AGV, is a one-way backpack handling robot, 300KG large load capacity, equipped with Reeman self-research
SLAM 2.0 autonomous positioning and navigation system, no need to paste code, high precision navigation and positioning, open SDK platform, provide rich API interface, support secondary development or customization services to meet different robot development needs.
Detailed Photos
| Fly boat AMR AGV Technical Parameters | |||
| Dimension | Dimension | 800*590(mm) | |
| Net weight | 70kg | ||
| Max loading weight | 200kg | ||
| Total power | 100w | ||
| Appearance material | Fireproof cold rolled sheet | ||
| Sensor | LiDAR*1 | Detection range: 230º | |
| Detection distance: 0.05~25m | |||
| Sampling frequency: 4500Hz | |||
| Scan speed: 10Hz | |||
| Depth camera*2 | Position: front (default), top (optional) | ||
| FOV:H 58.4° V 45.5° | |||
| Output: RGB+D | |||
| Detection distance: 0.4~2m | |||
| Ultrasonic (optional) | Position: Back | ||
| Detection range: 15º | |||
| Detection distance: 0.1~0.5m | |||
| Screen | 7-inch LCD screen, resolution 1024*600, with multi-touch function | ||
| IMU | 6DOF; rate dynamic range: ±2000dps; accuracy: 0.01 degrees | ||
| Environment | Operating environment | Indoor, clean environment, no corrosive gases | |
| Operating temperature | minus 0ºC~55ºC; anti-UV; anti-corrosion | ||
| Storage temperature | Minus 10ºC~65ºC | ||
| Charging temperature | 5~40ºC(indoor) | ||
| Sports performance | Travel speed | 0.3-1m/s adjustable | |
| Narrow passage | 90cm | ||
| Climbing angle | 10º | ||
| Overpass width | ≤5cm | ||
| Overslope height | 1cm | ||
| Telecommunication | 4G | Supported, 4G transformation accessories need to be installed | |
| 5G | Supported, 5G transformation accessories need to be installed | ||
| WIFI | Wifi module (AP6256) 2.4G&5GHz, supports 802.11a/b/g/n/ac protocol | ||
| Regulatory system | Planning model | Autonomous obstacle avoidance | |
| Track running | |||
| Passing point | |||
| Charging & battery life | Battery | Charging voltage: 43.2V | |
| Capacity: 38.4V 25Ah | |||
| Battery material: lithium iron phosphate battery. The decomposition temperature of lithium iron phosphate is about 600°C. The high temperature resistance of lithium iron phosphate can reach an electric heating peak of 350°C-500°C. | |||
| Battery life: 10-15 hours Deploying charging piles can achieve 7*24h service |
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| Standby time: 30 hours | |||
| Charging method: Automatically recharge when low battery. You can also manually send back the pile command | |||
| Time required for full charge: 5.5 hours | |||
| Battery life: more than 2000 complete charge and discharge cycles | |||
| Adapter | Working voltage: 100~240VAC, 50/60Hz | ||
| Charging pile | Size: 375mm*160mm*355mm | ||
| Weight: 4.35kg | |||
| Input: 100-240V~50/60 Hz | |||
| Output: 43.2V==5.0A | |||
| Maping | Maping | Incremental mapping: supported | |
| Cloud mapping: up to 10,000 square meters | |||
| Scanning range: 360° | |||
| Map editing | Coordinate points | ||
| Charging pile | |||
| Virtual wall | |||
| Elevator area | |||
| Elevator system | Elevator management system | Elevator Management: Management Platform | |
| Ladder control equipment | Communication | 4G | |
| User interface | Hardware interface | Thernet | rj45 |
| WIFI | 2.4G/5G | ||
| Audio | 3.5mm Headphone plug | ||
| Power interface | DC 24V 16A | ||
| DC 12V 10A | |||
| DC 5V 2A | |||
| Power management | Battery information | Support | |
| Wheel | Number of main hubs | 2 | |
| Hub motor size | 5.5 inch | ||
| Motor voltage | 24V | ||
| Universal wheel | 4 | ||
| Guide wheel | 2 | ||
| Suspension | Swing bar active suspension | ||
| Housing ground clearance | 50mm | ||
| Noise | ≤50dB | ||
| Other | Emergency stop button | It is placed on the chassis and can be triggered by pressing the red button; | |
| Switch | Ship type power switch; on/off key | ||
| Platform | Remote monitoring platform | Real-time status monitoring of robots; | |
| Real-time data visualization large screen | Display the real-time status and operational statistical analysis of robots under different businesses | ||
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