Smart Unmanned Feeding Vehicle
Unladen mass: 1500kg
Maximum load capacity: 3000kg
Maximum speed: 10km/h
Minimum turning radius: 5m
Parameter
|
Dimensions: |
L: 3500mm W: 1600mm H: 2600mm |
|
Unladen mass: |
1500kg |
|
Maximum load capacity: |
3000kg |
|
Maximum speed: |
10km/h |
|
Minimum turning radius: |
5m |
|
Maximum climbing gradient: |
20% |
|
Battery type: |
Lithium iron phosphate |
|
Battery capacity: |
72V 150Ah |
|
Hopper capacity: |
5m³ |
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Fuel: |
Electro |
Product Description
The smart unmanned feeding vehicle is a fully autonomous feeding vehicle specifically engineered for modern livestock operations. This intelligent system seamlessly executes the complete feeding workflow - from automatic activation and material replenishment to precise distribution and energy management. Utilizing advanced dispensing technology, the vehicle ensures consistent feed distribution according to programmed patterns, maintaining optimal animal nutrition while significantly reducing labor requirements. The integrated smart charging system enables continuous operation with minimal human intervention, representing a comprehensive solution for automated livestock feeding management.
Feature
|
Fully Unmanned Whole-Process Operation |
Automatically completes the entire feeding operation process, including wake-up, material replenishment, material spreading, and charging |
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Precise Material Spreading |
Relies on an intelligent system to achieve refined feeding management, reduce feed costs, and enable scientific breeding. |
|
Efficient Management |
Connects the full-link data of the ranch, realizes the informatization management of the ranch, and reduces comprehensive costs by 30%. |
|
Chassis System |
Features an extremely small turning radius, forward and reverse two-way driving, and dual-rotation & dual-drive (system) to cope with muddy roads. |
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Intelligent Driving System |
Equipped with a high-level intelligent driving system, adapts to the ranch environment, and supports OTA (Over-the-Air) automatic system updates. |
Design Philosophy
Our approach centers on "Whole-Process Automation" - designing not just a vehicle, but a complete ecosystem that transforms feeding from a manual task into an optimized, data-driven process. The system embodies "Biological Rhythm Synchronization" - operating in harmony with animal feeding patterns rather than human work schedules. Furthermore, we've implemented "Progressive Material Handling" where feed is treated with varying levels of precision throughout the process, from bulk replenishment to delicate final distribution.
Application Scenarios
Dairy Farm Operations: Precise TMR ration distribution in free-stall and tie-stall barns
Beef Cattle Feedlots: Large-scale feed distribution in open corrals and feeding alleys
Sheep Farming Operations: Customized dispensing for flock management in various housing systems
Research Facilities: Precise feed management for nutritional studies and animal research
Integrated Farming Complexes: Multi-building feeding operations across different animal sections

Autonomous Driving Functions
- Autonomous Navigation: Adopts integrated navigation technologies such as computer vision, LiDAR (Light Detection and Ranging), and high-precision differential positioning to achieve accurate positioning and navigation.
- Autonomous Reversing: Independently completes reversing driving based on the target driving route.
- Autonomous Obstacle Avoidance: Automatically detects obstacles and promptly stops or bypasses the obstacles to continue driving.
- Audio-Visual Control: Independently identifies weather conditions and road conditions, and controls brake lights, turn signals, low/high beam headlights, and the horn.
- Station Parking: Autonomously completes entering and exiting stations at start/end points, material replenishment points, and charging stations.
- Speed-Limited Driving: Supports custom speed ranges.
- Automatic Charging: When the vehicle detects low battery power, it automatically returns to the charging point for automatic charging.
- Electronic Fence: Sets restricted areas to prevent the vehicle from crossing boundaries.
Operation Regulation and Control Functions
- Automatic Loading: The vehicle can automatically go to the loading point to complete feed loading.
- Capacity Monitoring: Monitors the feed quantity in real time and automatically returns to the loading point for refilling when the quantity is insufficient.
- Quantitative Control: Controls the amount of feed dispensed each time and precisely regulates the feeding speed according to preset parameters.
- Uninterrupted Feeding: Equipped with a feeding position memory function, allowing the vehicle to return to the point where it left off for uninterrupted feeding.
- Automatic Wake-Up: Supports remote and scheduled autonomous power-on/off, and automatically starts the feeding operation.
- Energy-Saving Mode: Enters a low-power state during idle periods to save energy.
- Remote Monitoring: Real-time monitors the vehicle's operating status on the vehicle management platform and issues operation tasks with one click.
- Data Recording: Records data of each operation, facilitating analysis and optimization.
- Fault Alarm: Automatically triggers an alarm and sends a notification when a fault occurs.
- Multi-Vehicle Collaborative Control: Allows setting up collaborative work and formation
- operation of multiple vehicles, which can independently resolve conflicts.
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