How Drones Can Benefit Golf Courses and Their Crews

Can drones for golf courses really help with turf problems?

Yes, for the specific job of seeing a large property at once. Superintendents use drones for golf courses to survey big areas quickly from above. Aerial, thermal and multispectral imagery can flag moisture, disease and pest problems that are hard to spot from a cart or on foot, according to Golf Course Industry.

The practical payoff is timing. A drone flight can show stress before it turns into dead turf, and it can show storm damage the morning after high winds. One superintendent quoted in trade press said a drone would have helped find a pipe break on a 27-hole course with a lot of irrigated acreage. That kind of problem costs days when it is found by accident.

A drone does not replace the people who run the course. It is a faster way to look at everything, so the crew can decide where to walk first. We are a US commercial robot integrator, and we lease drones for golf courses through financing, with deployment, training and service handled for you.

What problems do golf courses face today?

Most courses are large, and they are short on people. The National Golf Foundation counts about 16,000 courses at 14,000 facilities at the end of 2025, and about three quarters of U.S. courses and facilities are open to the public. Each one is a large acreage problem run by a small crew, and that is the setting where aerial scouting earns its keep.

Labor is the hardest part. According to a GCSAA labor survey reported by GCMOnline, 74 percent of respondents described finding and hiring maintenance staff as difficult or very difficult, and 74 percent said the crew member or equipment operator role is the most difficult to retain. One Class A superintendent at a nine-hole course is that course's only full-time employee, down from three full-timers.

Time is the other squeeze. GCSAA figures reported by Golf.com put maintenance at 39 percent of a superintendent's time, with the rest split roughly evenly between business tasks and personnel management. USGA reports that the number of people on a typical maintenance staff has decreased over the past decade. Fewer hands means fewer walks, and problems get found late.

What are the main benefits of drones on a golf course?

The first benefit is earlier detection. USGA Green Section Record notes that drones let courses scout stress that may not be visible from the ground, and some courses fly four to six days per week during the growing season. Frequent flights matter because a stressed patch can look fine from a cart until it is already declining.

The second is irrigation and drainage. Drone maps can overlay irrigation and drainage plans, and their topography shows where water collects or runs off. Arkansas turfgrass research from the state's agricultural experiment station says drones help superintendents decide where to direct the labor they have, and thermal and multispectral cameras help apply water before stress causes injury.

The third is a record you can compare. A flight after a storm gives you a dated image, and a flight the following month shows whether a wet area is spreading or drying out. That turns a hunch into something the crew can check.

How does a drone work on the course day to day?

The routine is simple. A trained pilot flies a set route over the property, often early and before play starts. The imagery is overlaid on the course's digital map. USGA describes superintendents reviewing the flight hole by hole in a 15 to 20 minute meeting with the assistant superintendent, the spray technician and the irrigation manager. That meeting is where the flight turns into work orders.

The output is a short list of places to check, not a stack of pictures. Crew members walk to the flagged spots with a soil moisture probe, confirm what is happening, and then act. The crew keeps its judgment, and the drone keeps it from losing a morning to the wrong hole.

Which areas of the course does a drone cover?

A typical 18-hole course covers 100 to 200 acres, according to a mapping vendor's published guide. Most of that is not putting green. Fairways, tee boxes, rough, out of play turf, ponds and drainage outlets all need watching, and they are the places a walking scout checks least often.

Greens are the most closely watched turf on the property, so a drone helps there mainly by showing patterns across the whole course rather than replacing close inspection. Use it to see where the areas around a green are drying out, where runoff is pooling near a green, and where a stress line in a fairway runs into a wet low spot.

How does a drone work alongside your existing crew?

A drone works best as a tool for the people you already have. It does not run the course. The superintendent still makes the decisions, and the assistant, spray technician and irrigation manager still do the work. The whole group reviews the same flight together, so one set of images drives everyone's day.

For a smaller team, the drone is a scout that covers the whole property before the crew starts its morning. Your staff gets better information for the hours they already have. We pick the aircraft for your site, deploy and integrate it into your mapping and work order routine, train the pilots, and service it nationwide, so the crew does not have to become a flight department.

Where do the savings come from?

The savings come mainly from hours. A full LiDAR map of an 18-hole course, which a mapping vendor says takes a ground crew with total stations 2 to 3 weeks, can be flown in 1 to 2 days. That is a vendor claim, so measure it on your own property before you plan around it.

The second source is the walk itself. A 15 to 20 minute review replaces a loop of the property for each person, and four to six flights a week means problems are caught while they are still small. Repairs that start early usually take fewer hours than repairs that start after a whole section of turf has failed. With the GCSAA figure that 39 percent of a superintendent's time goes to maintenance, every hour saved on scouting matters.

We do not give a savings number. The hours you save depend on your acreage, your staff and how often you fly. Our free site assessment measures those, and the quote shows the payment after we have seen your property.

What can a drone not do?

A drone cannot tell you the cause of a problem by itself. USGA notes that drones cannot yet tell drought, compaction and disease apart, so the flight flags a spot and ground truth with soil moisture data is needed.

Weather, wind and rules limit flying. Commercial flights require FAA Part 107 certification and the right airspace authorizations, and a crew needs time to plan around play. A flight in high wind or heavy rain may not be possible, and those are often the days you most want to look.

A drone also cannot water, mow, aerate or repair a pipe. It shows where the work is. Plan for the crew to do the fix, and treat the image as the start of a decision rather than the answer.

How do you get started?

Start with a free site assessment. We walk the property with you, look at acreage, the number of people who will fly and review, your existing mapping and irrigation records, and the airspace around the course. From that we recommend the right aircraft for your site and a deployment plan.

The aircraft are leased through financing, so you can start without paying for the hardware up front. The payment comes in the quote after the assessment, which keeps the number tied to your property. We deploy and integrate the system, train your pilots and crew leads, and service the aircraft nationwide. If your team is small, ask for training that fits the people who will actually fly.

Our job as a robot integrator is to match the right machine to the site, hand it to your staff cleanly, and keep service in place after the first flight. The assessment is free, so the next step is a conversation about your course and the three problems that cost you the most time last season.