Unit Load Carrier AMR for Automated Material Handling
- Trusted by leading Automotive, FMCG & Pharma manufacturers across India
What is a Unit Load Carrier AMR?
A Unit Load Carrier AMR is an autonomous mobile robot designed to transport unit loads such as pallets, bins, and totes within warehouses and factories. It plays a critical role in material handling automation by improving operational efficiency, reducing manual labor, and enabling scalable industrial automation solutions.
Unit Load Carrier for Material Handling Automation
In modern industrial automation environments, efficient material movement is critical. Hachidori’s Unit Load Carrier AMR is engineered to streamline intralogistics operations by autonomously transporting goods across production floors and warehouses. These robots eliminate dependency on manual handling and traditional conveyor systems.
Our AMRs are equipped with Wireless Natural Navigation, real-time obstacle detection, and seamless integration capabilities with WMS and ERP systems, making them a key component of next-generation industrial automation solutions.
Key Features of Unit Load Carrier AMR
Wireless Natural Navigation
Patented Wireless Natural Navigation — no magnetic strips or fixed infrastructure required.
High Payload Handling Capability
Handles 500 to 2000 kg loads across multiple variants for diverse industrial needs.
Advanced Safety Sensors
2D LiDAR, depth camera, crash bumper, tower lamp & emergency stop for safe coexistence with humans.
Flexible Route Optimization
Dynamic routing adapts in real-time to changing warehouse layouts and obstacles
Real-Time Fleet Monitoring
Live dashboards for tracking robot status, task progress, and performance analytics.
Seamless System Integration
Native WMS and ERP integration via VDA 5050 standard for plug-and-play deployment.
How Unit Load Carrier AMR Works
Receives Task
Instructions from WMS or ERP system
Navigates
Wireless Natural Navigation
Picks Up Load
Identifies and secures unit load
Transports
Safely moves materials across facility
Updates System
Real-time data sync with WMS/ERP
Industries & Applications
Unit Load Carrier AMRs are widely used across industries to enhance material handling automation and streamline operations.
Ready to Optimize Your Material Handling?
Join leading manufacturers who have transformed their intralogistics with Hachidori ULC AMRs.
Technical Specifications
| Category | HU200 | HU500 | HU1300 |
|---|---|---|---|
| Navigation | Hachidori’s patented Wireless Natural Navigation (WNN) technology with Sensor Fusion | ||
| Max. Payload | |||
| Load (kg) | 200 | 500 | 1300 |
| Speed & Performance | |||
| Max. Speed | 2 m/s | 1.5 m/s | 1.5 m/s |
| Battery | |||
| Battery Type | LiFePO₄ (Swappable) | ||
| Battery Capacity | 48 V, 12 Ah | 48 V, 27 Ah | 48 V, 27 Ah |
| Safety Sensors | 2D LiDAR + 3D Depth Camera with sensor fusion; Cat0 emergency stop and Cat1 controlled stop | ||
| Indicators | Flashers, Buzzers, Sirens | ||
| Controls | Ergonomically placed Touchscreen Display, Start/Stop & Emergency buttons | ||
| Workflow Triggers | Touchscreen (Manual); Calling Device (Remote); Centralized WMS API calls | ||
Benefits of Unit Load Carrier AMR
- Reduce operational and labor costs by up to 40%
- Enable 24/7 uninterrupted operations
- Improve material handling efficiency by 30–50%
- Scalable fleet — add robots as your business grows
- Enhance workplace safety with advanced sensors
- Real-time data, analytics & predictive maintenance
Enter your current operational details to calculate cost savings and ROI.
Why Hachidori Robotics ULC AMR
Hachidori ULC AMR vs. Alternatives
| Feature | Hachidori ULC AMR | Manual Handling | Forklifts | Traditional AGVs |
|---|---|---|---|---|
| Navigation | Wireless Natural Navigation | Human dependent | manual driving | Fixed path (magnetic/line) |
| Flexibility | High (dynamic routing) | Low | Medium | Low |
| Safety | Advanced sensors & obstacle detection | Low | Medium (risk of accidents) | Medium |
| Efficiency | High (24/7 operation) | Low | Medium | Medium |
| Labor Dependency | Minimal | High | High | Medium |
| Scalability | Easily scalable fleet | Not scalable | Limited | Complex & costly |
| Integration | WMS / ERP integration | No | Limited | Limited |
| Setup Time | Fast deployment | None | Moderate | High (infrastructure needed) |
| Maintenance | Low (predictive) | N/A | High | Medium |
| ROI | High (12–18 months) | No ROI | Low ROI | Medium ROI |
| Operational Cost | Low | High (labor cost) | High (fuel + labor) | Medium |
Hachidori AMRs deliver up to 30–50% improvement in material handling efficiency compared to traditional methods.
Explore the Full Hachidori AMR Range
LightWeight AMR
Fast, flexible material movement in dynamic environments
Unit Load Carrier
Load-on-top AMR, 200–2000 kg
Tugger
Tugging solution for bulky, lightweight materials
Lift & Move
Lifts existing trolleys & platforms autonomously
Dock & Convey
Docking with workbenches for conveying materials
Autonomous Pallet Jack
Lift & move standard palletized materials
Sleek Lifting
Goes under factory trolleys for seamless lifting
Carton Transfer Unit
Carton transfer for multi-tote simultaneous movement
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Frequently Asked Questions — Unit Load Carrier AMR
ULC AMRs can handle a wide range of loads including bins, totes, cartons, trays, and small pallets, depending on payload capacity and configuration.
ULC AMRs improve efficiency, reduce manual labor, minimize errors, increase throughput, and ensure safe and consistent material movement.
Yes, they are designed with safety features like obstacle detection and collision avoidance, allowing them to safely operate alongside human workers.
Industries such as e-commerce, manufacturing, automotive, FMCG, pharmaceuticals, and logistics benefit from ULC AMRs.
Yes, ULC AMRs can be easily integrated with existing warehouse management systems (WMS), ERP systems, and workflows.
Minimal to no infrastructure changes are required, as they use natural navigation and do not depend on fixed tracks or markers.
They are powered by rechargeable batteries and often support automatic charging or opportunity charging for continuous operations.
Yes, they are designed to operate efficiently in narrow lanes and congested environments with high precision.