Issue #15: Sorting Through What’s Next

This week’s issue looks at three questions shaping modern turf operations: how autonomy may change a facility’s infrastructure demands, where Air2G2 may fit in evolving aeration strategies, and whether the surge of tech entering turf is being driven by turf knowledge or robotics opportunity. Different stories, one shared theme: how the turf industry sorts through what belongs in its future.

Most conversations about autonomous mowing focus on the machines. What often gets less attention is the infrastructure needed to support them.

That may be where some of the most important questions actually sit.

As autonomous mowing expands across golf and sports turf, electricity becomes more than a utility issue. It becomes part of operational strategy. Battery range matters, but so does where charging happens, how often machines need to recharge, and whether power is available where the work is being done.

That’s where solar starts entering the conversation, not necessarily as a standalone solution, but as part of a broader power system. Hybrid approaches that combine solar with battery storage may offer a practical path in some locations.

The bigger point is this: autonomous equipment adoption may depend as much on charging infrastructure and site planning as on mower capability itself.

The future of autonomy may not be shaped only by better machines, but by how well facilities think through the power behind them.

Read the full article for a deeper look at the infrastructure side of autonomy.

As aeration season approaches, most turf managers are thinking about timing, disruption, recovery, and what their program needs this year versus what it has always included. Core and solid tine aeration remain foundational practices. That isn’t changing. But there’s a broader question worth exploring around whether supplemental tools like Air2G2 have a place in some programs, particularly as expectations around playability, resource use, and sustainability continue to evolve.

I think it’s fair to say Air2G2 hasn’t seen universal adoption. Some facilities have embraced it, some have experimented with it, and others haven’t seen enough reason to look into it. That alone makes it an interesting topic, because it raises a practical question rather than a product debate: under what conditions might a tool like this make sense?

One way to look at it isn’t as an alternative to conventional aeration methods, but as a possible complement.

That doesn’t mean it belongs everywhere. It may not.

But it does raise a useful conversation about whether modern aeration programs should be thought of less as single events and more as layered strategies.

There’s also a sustainability angle worth considering. Much of sustainability in turf gets framed around reducing inputs, but soil function sits underneath many of those decisions. If improved porosity can support water movement, root depth, or reduce the frequency of certain interventions, there’s at least a reasonable argument that practices like this could contribute to broader sustainability goals at some facilities. Not as a cure-all, but as one possible piece of a larger system.

And that may be where the discussion becomes most interesting.

Air2G2 is often defined by what it doesn’t do. It doesn’t remove organic matter. It doesn’t replace core aeration. Those limitations matter. But supplemental tools often find relevance precisely because they occupy a narrower role. The question may be less whether it replaces anything, and more whether it adds something.

Could it fit in programs trying to reduce disruption during busy seasons? Could it support facilities either leaning harder into water stewardship or facing water restrictions, or even shortages? Could it have a place on properties experimenting with more adaptive strategies?

Those aren’t answers. They’re questions.

And maybe that’s the right way to approach it. Not as a verdict on a machine, but as a broader look at whether there’s room in some operations for another tool that addresses compaction, playability, and sustainability from a different angle.

A recent LinkedIn post from Justin White of K&D Landscaping raised a fair challenge about autonomous mowing claims and whether some of the performance numbers being circulated reflect field reality or marketing optimism. That discussion is worth reading on its own, but what caught my attention was where some of the comments took it. They pushed into a different question. A question I’ve had in my head for a while. As autonomous equipment enters turf, are we seeing companies deeply rooted in turf care advancing the work, or are we seeing technology companies using turf as a proving ground for machines that happen to cut grass?

That isn’t meant as criticism. It’s a question I think is worth asking because the distinction matters.

There’s a difference between building technology around the realities of turf operations and changing the realities to fit a technology model. One tends to start with agronomics, labor realities, and workflow. The other seems to start with the machine.

That doesn’t mean one camp has better intentions than the other. But as more companies enter this space, operators will need to pay closer attention to who understands the work beneath the product.

Maybe that becomes part of how autonomy gets evaluated going forward. Not just by claimed productivity numbers, but by whether the people building these systems are trying to advance turf care itself, or simply looking for another place to deploy robotics.

Read the LinkedIn post HERE

- Kurt TeWinkel (hit reply and let me know your opinion)

If line marking is part of your responsibilities, don’t miss our recent piece on how marking technology and expectations are changing. It’s a practical look at why this part of the work is becoming more technical, and more important.