When Robots Can Perform Complex Surgery, Why Can't They Maintain a Golf Course?

Today, robots are capable of performing highly complex tasks — including assisting with precision surgeries, navigating autonomous vehicles and operating sophisticated industrial equipment. So we ask a simple question: if robotics can perform complex surgery, why can't robots be engineered to maintain turf with the precision required by a golf course?

Maintaining a golf course is more than simply cutting grass. It requires precision, consistency, timing and the ability to operate safely around golfers, golf carts, changing terrain, slopes, obstacles and varying turf conditions. We believe these challenges represent an exciting opportunity for robotics, artificial intelligence, automation and engineering.

Surgical robots succeed because they combine sensing, control and a tightly defined workspace. Golf is a different workspace: outdoor, weather-dependent, shared with people, and judged by the quality of living turf. The physics are harder in some ways, not easier.

Foxbridge wants that problem solved in Canada, on a real course, with people who already run reel-type fairway mowers and people who know how to build machines. Golf-specific robotics is the product. The golf course is the lab.

Bring your engineering expertise or read why Foxbridge is pursuing this now.