The technology was developed by the university’s Machine Intelligence Laboratory, and it’s currently able to perform full leaf removal about 50% of the time and in about 27 seconds. The researchers say the same technology can be applied more easily to other, less delicate crops, such as cauliflower.

While this new type of robot isn’t being used in the fields yet, Scrimeca says he envisions it revolutionizing how farm labor in the future is divided and carried out.

“Instead of seeing 10 people harvesting, you’ll see 10 people supervising 100 robots doing three times the workload or 10 times the workload,” he said.

That’s perhaps good news for farmers looking for more efficient and cheap ways to harvest. It might wind up being a mechanical harbinger of the future displacement of agricultural workers, though. According to the US Department of Agriculture, roughly 2.6 million people are employed in the farming sector in America. Already research has shown agricultural work by robots will be cheaper than manual human labor.

There are still a couple years to go before workers have to really be concerned about being priced out of a job. Field robots aren’t expected to reach price parity with human workers until about 2020 for most farmers.

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