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Lithium Iron Phosphate Battery Autonomous Mobile Robot Differential Drive Agv Transport Robot

Customization: Available
Control Mode: Magnetic Stripe Navigation
Drive Mode: Differential Drive

Product Description

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Basic Information

Model NO.LY-2-5T-24-B
TypeAGV (Automated Guided Vehicle)
Safety FeaturesCollision Avoidance System, Emergency Stop Button, Obstacle Detection Sensors, Safety Laser Scanner
Longitudinal Adjustment6000mm - 12000mm
Horizontal Outer Width780mm and 865mm (Two Types)
Body StructureDifferential Drive
Drive Motor TypeLow Voltage Servo Motor + Independent Servo Control
Walking Speed0-20m/Min
BatteryLithium Iron Phosphate Battery, 58.4V/100ah
Navigation Accuracy±10 mm
Navigation MethodMagnetic Stripe Navigation
Protection LevelIP 54 / IP 65
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Product Description

Pioneer of Heavy-Duty AGV Solutions

Development of heavy-duty AGVs began in 2012, focusing on key technology accumulation. We successfully deliver systems with single vehicle loads up to 240 tons, with technical support ranging from 10 to 1,000 tons. Our products cover production, assembly, transportation, and storage for large workpieces in aerospace, high-speed rail, wind power, heavy shipping, and industrial manufacturing. It serves as an essential hardware platform for industrial flexibility, digitalization, and intelligence.

Autonomous Mobile Robot
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Key Configurations & Applications

Common Applications: Steel plants, wind power, transformers, molds, equipment manufacturing, shipbuilding, rail transit, and aerospace.

  • Chassis: Skeleton structure using carbon structural steel.
  • Security System: Full circle laser obstacle avoidance, physical collision bars, and emergency stops.
  • Suspension: Hydraulic suspension and leveling system with active real-time adjustment.
  • Control: Intelligent monitoring panel with built-in fault diagnostics.
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Technical Specifications

Rated Load (kg)30,000
Equipment Weight (kg)3,500
Body Shape (mm)9160 x 1660 x 1110 mm
Storage Pallets2 pcs (20ft) / 1 pc (40ft/45ft/57ft)
Climbing Ability≤ 3°
Perception SystemVisual, environmental, and device perception sensors
Tire TypeLow pressure tubeless tires
Charging MethodManual / Automatic / Intelligent battery swap
Extended Range (Optional)Diesel or Methanol range extension
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Management & Control System

The AGV Control system integrates with existing MES systems using automatic/manual dual insurance scheduling. It features central management software for real-time dynamic monitoring, traffic control at intersections, and electronic map positioning.

Automatic Charging Device: To support continuous logistics, the AGV automatically docks with charging stations when energy levels drop below a preset value. This eliminates the need for manual battery handling and maximizes system uptime.

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Application Gallery

AGV Application 1
AGV Application 2
AGV Application 3
AGV Application 4
Industrial Environment
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Certifications

Certifications Display

Frequently Asked Questions

Would an AGV be a good solution for my facility?
AGVs are ideal for horizontal material movement. You must consider the weight of the load and specific travel requirements. They are excellent for automating repetitive transport tasks.
What are the benefits of using heavy-duty AGVs?
They offer easy operation, high safety, and stable movement for extremely heavy parts. Features include automatic leveling, anti-collision sensors, and all-round steering for restricted passages.
In which industries are these vehicles typically used?
They are widely used in warehousing, manufacturing, ports, airports, and hazardous locations where handling overweight or overlong materials is required.
How does the automatic charging system work?
When the battery level falls below a preset threshold, the AGV autonomously travels to a charging station, connects with electrodes, and returns to work once charged.
Can the AGV navigate uneven ground?
Yes, the hydraulic independent suspension and automatic leveling system allow the AGV to adapt to uneven surfaces while maintaining a level load.
What navigation accuracy can be expected?
The system typically achieves a navigation accuracy of ±10mm, ensuring precise positioning for material delivery and pickup.

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