Simon and Sonia Badcock say robotic milking still requires quick repairs and occasional night visits at their Tasmanian dairy farm. They have combined milking robots with virtual-fencing collars for two years. Their account also raises a welfare question: directing cows to the dairy in batches differs from letting each animal choose its own milking time.
Simon and Sonia Badcock, dairy farmers in northwestern Tasmania, Australia, still respond to equipment problems after combining robotic milking with virtual fencing. In ABC News’s field account, Simon described occasional visits at night, perhaps weekly. Nearly 100 cows depend on each robot, the couple said, leaving little room for extended interruptions. Monitoring animal health and cleaning the machines also remain part of their work.[1]
The couple have used the combined arrangement for two years. Simon sets boundaries through a phone application; location-tracking collars help guide groups of cows toward milking. Vibration and sound work with herd behavior, followed by a low-energy electrical stimulus when an animal fails to respond. At the robot, an ear tag identifies the cow. If its previous milking was too recent, it receives feed and passes onward.[1]
Megan Verdon of the Tasmanian Institute of Agriculture said virtual fencing alters labor and physical fencing needs. She distinguished moving animals in groups from allowing individual cows to decide when to be milked. The welfare effects of this combined setup have not yet been studied, she said. Halter collars have approval across Australian states apart from Western Australia, where review continues.[1]
