
E08TC AGV Robotics
- Hybrid Navigation and Micron-Level Positioning: Utilizing QR code and laser SLAM hybrid navigation, the vehicle achieves a single-vehicle stop repeatability of ±10mm/±1°. This allows for zero deviation in the docking of medium- and heavy-duty pallets to production lines and access from shelves, enabling seamless multi-device collaboration in complex environments.
- Heavy-Load Efficient Loading: With a rated load of 1,000 kg and a maximum fork arm reach of 1,400 mm, it accommodates standard pallets and various medium- and heavy-duty materials. It automates the transfer of bulk materials in a single operation, completely eliminating the inefficiencies and safety hazards of manual handling.
- Full-Dimensional Safety Grid: Dual front and rear laser sensors provide 360° obstacle avoidance. Combined with an emergency stop button, collision warning bars on all sides, and voice and light warnings, the vehicle eliminates the risk of collisions in mixed traffic and densely packed material areas.
- Long-term adaptability across multiple scenarios: The vehicle can accommodate gaps up to 40mm, slopes up to 4°, and steps up to 10mm, covering diverse scenarios such as production lines and warehousing. The 51.2V/30AH lithium iron phosphate battery offers a battery life of ≥8 hours and a charge time of ≤1.5 hours, enabling continuous, stable, and uninterrupted medium- and heavy-load operations across multiple shifts.
E08TC AGV Robotics: Intelligent Medium- and Heavy-Load Transfer
The E08TC AGV Robotics is an intelligent vehicle specialized in precise transfer of medium- and heavy-duty loads up to 1,000 kg. Its core capabilities include hybrid navigation, heavy-load safety protection, and multi-scenario adaptability, redefining the efficiency and reliability of medium- and heavy-load logistics automation.
Hybrid Navigation and Micron-Level Positioning
Utilizing QR code and laser SLAM hybrid navigation, the E08TC AGV Robotics achieves single-vehicle stopping repeatability of ±10mm/±1°. This ensures zero deviation when docking pallets on production lines or accessing shelves and allows seamless multi-device collaboration in complex environments.
Heavy-Duty and Efficient Loading
With a rated load of 1,000 kg and a maximum fork arm reach of 1,400 mm, the E08TC AGV Robotics accommodates standard pallets and a wide range of medium- and heavy-duty materials. It automates bulk material transfer in a single operation, eliminating inefficiencies and safety risks associated with manual handling.
Full-Dimensional Safety Grid
Dual front and rear laser sensors provide 360° obstacle avoidance. Combined with emergency stop buttons, surrounding collision bars, and voice and light alarms, the E08TC AGV Robotics eliminates collision risks in mixed human-robot traffic and densely packed material areas. Optional 3D obstacle avoidance further enhances safety.
Multi-Scenario Long-Term Adaptability
The E08TC AGV Robotics can handle gaps up to 40 mm, slopes up to 4°, and steps up to 10 mm, covering production lines and warehouse scenarios. Its 51.2V / 30AH lithium iron phosphate battery provides ≥8 hours of continuous operation with a recharge time of ≤1.5 hours, ensuring stable, uninterrupted multi-shift operations.
Applications in Industry
From medium- and heavy-duty raw material distribution on automotive production lines to intensive pallet handling in smart warehouses, the E08TC AGV Robotics combines hybrid navigation and heavy-load safety to reduce costs, improve efficiency, and enhance precision and safety in logistics automation.
| Category | Item | Specification (Model: E08TC) |
|---|---|---|
| Basic Parameters | ||
| Basic Parameters | Dimensions (mm) | 1286×962×170 |
| Basic Parameters | Load Capacity (kg) | 1000 |
| Basic Parameters | Self Weight (kg) | 283 |
| Basic Parameters | Rotation Diameter (mm) | 1504 |
| Basic Parameters | Fork Arm Height (mm) | 90 |
| Basic Parameters | Max Fork Arm Extension Length (mm) | 1400 |
| Basic Parameters | Max Lifting Height (mm) | ≤330 |
| Basic Parameters | Pallet Pocket Height (mm) | 95-130 |
| Basic Parameters | Display Screen | 5-inch |
| Basic Parameters | Communication Method | Default WIFI Version: Supports dual-band 2.4G/5G, IEEE802.11b/g/n (-5G version supports 5G communication) |
| Safety Protection | ||
| Safety Protection | Obstacle Avoidance Protection | Front dual laser + rear dual laser sensor, 360° obstacle detection |
| Safety Protection | Front Laser Detection Distance (m) | 0-3 |
| Safety Protection | Mechanical Protection | Emergency stop button, reset button, surrounding collision strips |
| Safety Protection | Alarm Function | Equipped with voice and light alarm functions |
| Safety Protection | Fork Tip Protection | Pressure wave collision strip |
| Safety Protection | 3D Obstacle Avoidance | Optional |
| Motion Performance | ||
| Motion Performance | Navigation Mode | QR Code + Laser SLAM |
| Motion Performance | Max Speed (No Load/Full Load) (m/s) | 2.0 / 1.8 |
| Motion Performance | Max Acceleration (m/s²) | 1 |
| Motion Performance | Single Vehicle Stopping Repeat Accuracy | ±10mm / ±1° |
| Motion Performance | Motion Method | Dual-wheel Differential |
| Motion Performance | Vehicle Ground Adaptability | 40mm (gap) / 4°(7%) (slope) / 10mm (step) |
| Motion Performance | Max Fork Arm Extension Slope (°) | 2°(3.5%) |
| Lithium Battery Performance | ||
| Lithium Battery Performance | Rated Voltage/Capacity | 51.2V / 30AH |
| Lithium Battery Performance | Battery Life | 2000 cycles (battery capacity guaranteed above 70% of new battery) |
| Lithium Battery Performance | Endurance/Charging Time | ≥8H / ≤1.5H |
| Lithium Battery Performance | Battery Type | Lithium Iron Phosphate Battery |
| Environment | ||
| Environment | Operating Temperature (℃) | 0~45 |
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Narrow passage
Working channel 1800mm
High security
protection
High load
Vehicle Diversity
Adapt to the scene

Dense storage

Roller docking

Elevator docking

Robot arm docking
Compatible vehicles
Specification
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E-Series Pallet Robot APR
High Load Capacity
Narrow Passage
capacity.
Hybrid Navigation
High-Speed Operation
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adaptation




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Basic frame








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