Intelligentfree cow traffic was born

Inthe process of feeding the cows, the feed will be pushed outside and away fromthe fence. This requires manual work to push the grass and feed into thebullpen in real time, otherwise it will reduce the feed intake and milk yieldof the cows, and cause a lot of waste of feed. In order to ensure that cowsreceive enough feeding at all times throughout the day, intelligent pushinggrass robots can be used instead of manual pushes for easy feeding.

Achieve uninterrupted feeding to save your effort

Intelligentpushing grass robot to improve feeding efficiency and improve the living conditionsof dairy cows, while less labor. Itis well known that frequent feeding increases feed intake of cows and thusincreases milk production. In addition, high frequency feeding also has apositive effect on the health of dairy cows. In the dairy farm, the automationof the feeding process is a guarantee to further increase milk production,improve feed conversion efficiency, and less labor.

Intelligent free cow traffic working way

The intelligent grass pusher is driven by twodrive wheels and assisted by two driven wheels. It is powered by a battery,under the monitoring of the ultrasonic sensor to ensure that the intelligentpushing grass robot travels along the feeding fence according to a pre-setroute. It is automatic push and be able to push feed up to 45cm.The intelligentfree cow traffic is equipped with an obstacle detection device and will stopmoving immediately when encountering an obstacle in the process of driving. Itputting safety in the first place. After the end of the operation, it willreturn to the charging station for self-charging.


Equipment Diameter: 122cm

Height: 82.5cm

Weight: 530kg

Height of push plate : 60cm

Drive mode :Motor (2 pcs)

Number of wheels: 4pcs

Maximum travel speed: 12 m/min

Number of batteries :2pcs

Voltage: 48V

Battery capacity:60Ah

Feed maximum width :200cm

Maximum height of feed : 45cm

Full charge driving distance : 600M

Determination of direction of motion: Gyro locator and ultrasonic

Determination of the forward distance: Ultrasonic sensor

Path setting: Teaching manual mode