Product Showcase	Content
Product Name	Vision-Navigation Smart Feed Pusher Robot
Product Image
Product Overview	The Vision-Navigation Smart Feed Pusher Robot is an autonomous livestock feeding solution designed to repeatedly move TMR, silage and forage back within easy reach of cattle throughout the day. A camera-based navigation system combines image recognition and intelligent algorithms to identify the feeding environment, follow programmed routes and respond to obstacles. Indoor deployment can be completed without installing magnetic guide pins in compatible barn layouts, reducing infrastructure modification requirements. Battery-powered operation, automatic return charging, remote monitoring and programmable feed-pushing schedules make the robot suitable for commercial dairy farms, beef cattle facilities and modern steel-structure livestock barns.
Key Features	Vision-Based Navigation: HD camera and image-recognition technology support autonomous route guidance inside cattle barns. Intelligent Obstacle Avoidance: Visual algorithms continuously analyze surrounding conditions and adjust movement when obstacles are detected. No Magnetic-Pin Installation: Compatible indoor layouts can use vision navigation without embedding magnetic guide points in the floor. High-Frequency Feed Pushing: Programmable operation keeps TMR and forage closer to the feeding fence throughout the feeding cycle. Bidirectional Feed-Pushing Drum: The working mechanism can push feed in the required direction while maintaining consistent feed-bunk access. Automatic Charging: The robot can return to the charging station automatically when battery capacity becomes low. Long Operating Time: The referenced configuration supports extended daily operation with fast recharging. Remote Monitoring: Operating status and barn conditions can be viewed through compatible computers, tablets and mobile devices. Low-Labor Operation: Automated scheduled pushing reduces repetitive manual feed-bunk work, including night-time pushing.
Structural Components	Cylindrical heavy-duty feed-pushing body Bidirectional feed-pushing drum HD vision-navigation camera Image-processing and navigation controller Obstacle-detection system Dual electric drive motors Drive wheels and support wheel assembly Lithium iron phosphate battery system Battery-management system Automatic charging interface Emergency-stop device Wireless communication module Remote monitoring interface
Working Principle	Route Programming: Feed-pushing schedules and working routes are configured according to the cattle-barn layout and feeding management plan. Visual Navigation: The camera continuously captures environmental information while the control system recognizes the feed alley and navigational references. Autonomous Travel: Dual drive motors independently control movement and steering while the robot follows the programmed route. Feed Pushing: The feed-pushing drum moves scattered TMR and forage back toward the feeding fence, keeping ration accessible to cattle. Obstacle Response: When an obstacle is detected, the control system can adjust the robot's route or stop movement according to safety logic. Automatic Recharging: When battery capacity reaches the programmed threshold, the robot automatically returns to the charging station and resumes scheduled work after charging.
Technical Specifications	Machine Type Autonomous vision-navigation feed pusher robot Navigation Method Visual navigation with HD camera Reference Diameter 1320 mm Reference Height 1030 mm Reference Weight 400 kg Maximum Travel Speed 18 m/min on referenced configuration Drive Motors 2 × 400 W on referenced configuration Feed-Pushing Motor 120 W on referenced configuration Battery Type Lithium iron phosphate battery Reference Battery 48 V, 80 Ah Reference Charging Time Approximately 2.5 hours Reference Operating Time Up to 22 hours under referenced operating conditions Maximum Slope 6° on referenced configuration Reference Operating Temperature -30°C to 60°C Charging Input 220 V, 45-65 Hz on referenced configuration Remote Monitoring Computer, tablet and mobile-device access according to configuration
Applications	Commercial dairy farms Beef cattle farms Large cattle breeding facilities Group-housed dairy barns Steel-structure livestock buildings Automatic milking farm projects Smart livestock and digital farm projects Existing cattle-barn automation upgrades High-frequency TMR feed-bunk management
Customization Options	Feed-pushing route configuration Daily operating schedule Remote monitoring functions Battery and charging configuration Charging-station arrangement Feed-pushing distance from the feeding fence Farm network and IoT integration Cold-climate operating configuration Electrical specification according to destination country Designed according to local climate and farm conditions
Installation & Maintenance	Before installation, confirm that the feed alley has a reasonably smooth surface, suitable operating width and sufficient clearance for the robot to travel and turn safely. Vision-navigation deployment can reduce the need for floor modification in compatible indoor barns. The initial routes, feed-pushing distances, operating schedules and charging position should be configured during commissioning. Routine maintenance includes cleaning the camera and sensors, inspecting drive wheels, checking the pushing drum, testing emergency-stop functions and examining the battery and charging contacts. Feed residue should be removed from moving components to maintain reliable operation.
Product FAQ	Q: Does the robot require magnetic guide pins in the barn floor? A: Compatible indoor vision-navigation installations can operate without embedded magnetic guide pins. Q: Can the feed pusher operate automatically at night? A: Yes. Programmable routes and operating schedules support automatic feed pushing during both daytime and night-time periods. Q: What happens when the battery becomes low? A: The robot can automatically return to its charging station according to the configured battery-management logic. Q: Can the robot detect obstacles? A: Yes. The visual-navigation system uses image recognition and intelligent algorithms to identify obstacles and support route adjustment. Q: Can operators monitor the robot remotely? A: Yes. Compatible remote-management platforms support monitoring through computers, tablets and mobile devices. Q: Is the robot suitable for an existing cattle barn? A: Yes. Vision-based deployment can simplify retrofit projects where major floor reconstruction is undesirable, subject to the actual barn layout and floor conditions.
Product Gallery