Wall-Ye wine robot takes bow in Burgundy

The Wall-Ye V.I.N. robot at work in Burgundy vineyards.

MACON, France: A new vineyard worker is looking for a job in France. White with red trim, 50 centimeters tall and 60 wide, he has four wheels, two arms and six cameras, prunes 600 vines per day and never calls in sick. The Wall-Ye V.I.N. robot, brainchild of Burgundy-based inventor Christophe Millot, is one of the robots being developed around the world aimed at vineyards struggling to find the labor they need.

It takes on labor-intensive chores likes pruning and de-suckering – removing unproductive young shoots – while collecting valuable data on the health of the soil, fruit and vine stocks.

Sales demonstrations of the 20-kilogram robot are about to begin.

Wall-Ye draws on tracking technology, artificial intelligence and mapping to move from vine to vine, recognize plant features, capture and record data, memorize each vine, synchronize six cameras and guide its arms to wield tools.

An in-built security mechanism is designed to thwart robot snatchers.

“It has a GPS, and if it finds itself in a non-designated vineyard, it won’t start. It also has a gyroscope so it knows if it’s been lifted off the ground,” Millot said.

“If that happens, the hard-drive self-destructs and the robot sends a message to the winegrower: ‘Help!’”

Millot’s inspiration came from a frustrated winegrower, Denis Fetzmann, estate manager at Domaine Louis Latour, while on a tour of his vineyards in France’s southeastern Ardeche region.

“He needed to thin the leaves, because the clusters were too big and they didn’t dare use a machine – but they couldn’t find workers. It was August and everyone was on holiday. I told him I’d make him a robot,” said Millot.

To do so took three long years.

“Honestly, it was thousands of hours of work for the two of us – weekends and nights,” said Guy Julien, the toolmaker who partnered Millot to manufacture the robot.

“The biggest challenge was to make the cameras understand what they are seeing and how to interpret it,” he said.

Demos using a prototype have already sparked a buzz in winemaker circles. Excited vintners have rung up Millot with a list of tasks they’d like to delegate. “Every winegrower asks for different things,” the inventor said.

“In Alsace, for example, they wanted de-suckering with a simple knife to clean up the tops of the Gewurztraminer,” he said.

The price tag for the Wall-Ye robot is set at $32,000, the same as a medium-size car.

“Which isn’t bad considering it works day and night, even Sundays, doesn’t take holidays or stop for a snack,” Julien said.

“If I have the choice between the robot and the employee, I’ll take the robot – it’s less expensive and less trouble,” said Patricia Chabrol, owner of Chateau Gerbaud in Saint Emilion who has seen Wall-Ye at work.

And what of concerns the robot could destroy jobs at a time when French unemployment stands at 3 million?

“We’re creating jobs for someone who has gone to school and who will build, maintain and improve the robots,” was Julien’s response.

“And we’re going to keep the manufacturing in France.”

Wall-Ye is one of a handful of similar projects under development in the wine world. Both California and New Zealand are developing intelligent vision-based pruning robots.

Richard Green of the University of Canterbury is developing a pruning robot backed by French drinks giant Pernod Ricard. He predicts it will save the New Zealand wine industry $23 million per year.

“But it’s not just about labor costs, it’s about the quality of the pruning. We often have novice pruners who have to be trained each year,” Green said.

In California, Vision Robotics founder Bret Wallach said their robotic vine pruner, still in test phase, is three meters tall with eight cameras, and pairs a 3-D model of the vines with customized pruning rules.

“It’s the same rules you would give a manual crew,” Wallach said.

But manual crews are growing scarce in California.

Labor issues aside, some French growers are unwilling to see robotic pruners industrialize what has historically been a craft-based product.

“Technically it’s interesting, but intellectually, it’s inconceivable. It doesn’t fit with my philosophy of making a Saint Emilion grand cru,” said Philippe Bardet, owner of Chateau du Val d’Or.

“I’m all for automating certain tasks, but not pruning.”

Pruning is a particularly sensitive task because it tells the vine how many bunches of grapes to produce and affects the plants’ ability to ripen the fruit to perfection, said Fetzmann of Domaine Louis Latour.

“But I can see a robot doing the pre-pruning in November, and humans finishing in March,” he said.

“A machine like this could be really useful stocking data about each individual vine stock, adapting treatments to the diversity in vegetation and soil even within a plot.”

Many vintners surveyed in a straw poll by AFP considered vineyard robots to be an inevitable development.

“We once said we’d never use machines to harvest, now we do.

“Everything that can be mechanized will eventually be mechanized.”

A version of this article appeared in the print edition of The Daily Star on October 01, 2012, on page 13.




Your feedback is important to us!

We invite all our readers to share with us their views and comments about this article.

Disclaimer: Comments submitted by third parties on this site are the sole responsibility of the individual(s) whose content is submitted. The Daily Star accepts no responsibility for the content of comment(s), including, without limitation, any error, omission or inaccuracy therein. Please note that your email address will NOT appear on the site.

Alert: If you are facing problems with posting comments, please note that you must verify your email with Disqus prior to posting a comment. follow this link to make sure your account meets the requirements. (

comments powered by Disqus



Interested in knowing more about this story?

Click here