Issue #11.
The second half.
Part 1 (Issue 010) focused on core equipment categories that some operations already rely on. This second half shifts toward systems that are changing how work gets done, where labor is allocated, and how decisions are made day to day.
The goal isn’t to chase new equipment. It’s to evaluate where specific tools actually fit your operation, your crew, and your budget. Some of these categories solve immediate problems. Others require changes in workflow before they return value.
Here are the remaining five.
Here are five areas facilities are paying attention right now.
Not sponsored. Not endorsed.
The TurfOps 10 (part 2)
6. Spraying Technology
(Precision Application Systems)
Precision spraying has moved from concept to field use, but results depend on how it’s implemented.
Systems from Frost, Toro, and John Deere all aim to improve application accuracy and reduce waste. In the right conditions, that can translate to real chemical savings. In the wrong setup, it creates inconsistency.
The difference is in how each system approaches control and flexibility.
Frost leans into modularity. GPS-enabled sprayers built on utility platforms, along with skid-mounted systems, allow operations to add rate control and mapping without committing to a fully dedicated machine. Their Astro unit introduces autonomous application in defined areas, but the core value today is flexibility and adaptability.
Toro focuses on precision through system integration. Platforms like the Multi Pro paired with GeoLink use GPS mapping and individual nozzle control to reduce overlap and missed areas. The result is more consistent coverage and repeatability across operators.
John Deere’s turf sprayers center on reliable rate control, consistent coverage, and operator-friendly systems. Their approach prioritizes simplicity and dependability over layered precision features, which can be an advantage for crews focused on efficiency and ease of use.
Where it works:
Consistent turf with defined spray targets
Operations willing to track results and adjust
Where it struggles:
Mixed conditions where consistency is harder to maintain
Crews without time for calibration and setup
Implementation comes down to discipline:
Start with one area
Track savings vs time
Train operators early
For smaller-budget operations, modular or retrofit systems can provide an entry point, but they still require the same level of attention to detail.
The tradeoff is real. You’re exchanging simplicity for precision.
7. Slope Mowing
(Safety + Expanded Capability)
Slope mowing is often framed around safety. That matters, but access is the bigger shift.
Machines like Ventrac’s RC45, RC Mowers, Raymo, and smaller units like Mowrator allow crews to maintain areas that were previously skipped, delayed, or outsourced. That changes what “maintained” actually includes across a property.
The category now ranges from manned slope-capable tractors to fully remote and even autonomous units:
Ventrac continues to bridge both, with traditional slope capability and the RC45 pushing into remote operation
RC Mowers, Spider, and Raymo focus on dedicated remote slope mowing for steep or hazardous terrain
Smaller units like Mowrator open the door for tighter budgets and smaller properties
Where it helps:
Reduced operator exposure on high-risk slopes
Consistent maintenance in previously neglected areas
Less reliance on outsourced or seasonal labor
What changes:
Transport and staging between areas becomes part of the workflow
Operators need to learn remote control and line-of-sight management
Watchouts:
Moving machines between properties or holes can slow productivity
Visibility limitations can impact quality and efficiency
For many operations, this category isn’t about mowing faster. It’s about mowing areas that weren’t realistically maintainable before. Safely.
8. Turf Intelligence Systems
(Seeing What You’ve Been Guessing)
Data only matters if it changes decisions.
Tools like Greenkeeper App, GreenSight, TurfRad, and Second Sun are built to surface what’s happening beneath the surface, moisture variability, plant stress, and early disease signals, before it shows up visually.
The value isn’t more information for information's sake. It’s earlier, more targeted action.
Where it helps:
Shifting from reactive to proactive maintenance
Identifying stress before it becomes visible damage
Prioritizing time and inputs across multiple areas or properties
Each system approaches it differently:
Greenkeeper focuses on weather-driven insights and daily decision support
GreenSight uses aerial data to map variability at scale
TurfRad measures plant stress directly in the field
Second Sun brings continuous monitoring into key areas
Implementation needs to stay simple:
Start with one use case (moisture, disease, or traffic)
Assign ownership (who checks, who decides)
Build it into a weekly workflow, not an extra task
Watchouts:
Data overload without clear action thresholds
Adding tools without changing decisions or behavior
For smaller operations, this category can help prioritize limited labor and inputs. But only if the data leads to clear action.
If you want a deeper look at how data collection itself is evolving, especially in sports turf, here’s a recent article published by Tiny Mobile Robots.
9. Sports Fields: Autonomous Striping
Autonomous striping is quickly becoming the standard in sports turf, but the value isn’t novelty. It’s consistency and time recovery during the busiest parts of the week.
Systems from TinyMobileRobots, Turf Tank, and FJDynamics are built around repeatability. Once a field is mapped, layouts can be executed the same way every time, regardless of who is running the operation. That removes one of the most variable and time-consuming tasks in field prep.
Where it helps:
Consistent layouts across seasons and rotating crews
Reduced time spent measuring, stringing, and correcting lines
Labor shifted to other priorities during peak prep windows
The biggest shift is how time is used. What used to take hours of careful setup becomes a repeatable process that runs with minimal oversight.
That said, it’s not a universal fit.
Watchouts:
Initial mapping and setup take time and planning
Non-standard or frequently changing field layouts add complexity
Upfront cost and operational philosophy still factor into the decision
There is still a place for manual striping, especially for smaller-budget operations or facilities that prefer simplicity. Tools like Titan’s Wide Handle Sharp Stripe and Wet Stripe systems remain viable options where flexibility and low cost matter more than automation.
This category is moving quickly, but adoption still comes down to how each operation values time, labor, and consistency.
10. Grinders
(Still the Foundation of Cut Quality)
This is still where playing conditions are won or lost.
While other equipment categories evolve, grinding remains one of the most important and most overlooked parts of turf operations. Consistent reel quality directly impacts cut, plant health, and how every mower performs day to day.
Manufacturers like SIP, Foley, and Bernhard all provide systems capable of high-quality results. The difference is rarely the machine alone. It’s how consistently the process is executed.
The core decision is still the same: in-house control or outsourced service.
In-house grinding provides:
Control over timing and priority
Consistency across all reels
Faster response when quality drops
Outsourcing can reduce:
Upfront equipment cost
Training requirements
Shop workload
Implementation matters more than brand:
Define grinding intervals based on performance, not just hours
Track reel quality and adjust before issues show up in the field
Train for consistency and repeatability, not speed
Watchouts:
Underestimating the time and skill required to do it well
Holding onto aging grinders that can’t deliver consistent results
For smaller operations, this is often where tough budget decisions show up. But inconsistent grinding carries its own cost in quality and equipment wear.
For a deeper look at grinder setups and decisions, read our recent grinder article.
Bonus Section: What to Watch in 2026
Automation is starting to move beyond large, visible tasks and into detail work. Bunker raking is one of the first areas where that shift is becoming real.
The appeal is pretty straightforward. Bunkers require consistent attention, are labor-intensive, and often fall to the same limited crew resources. The question is whether these systems can deliver reliable, repeatable results in varied conditions.
Here’s what’s emerging:
Korechi Raek’r
Korechi’s Raek’r is being positioned as a purpose-built autonomous bunker rake, with release expected after testing phases wrap up in 2026. The focus is on consistent patterning and finish quality without constant operator input. It represents a direct attempt to standardize one of the most variable tasks on the course.
Wayrobo Autonomous Bunker Rake
Wayrobo is extending its autonomous platform into bunker maintenance with a system designed to rake using consistent patterns and deliver a uniform finish. Demonstrations are expected to begin later in 2026. At this stage, it’s more about proving reliability and integration than wide adoption.
TurfTroniq SmartRake
The SmartRake signals a similar direction, bringing automation into daily bunker maintenance with an emphasis on repeatability and reduced manual labor. Availability and real-world performance will ultimately determine how quickly it moves beyond early adoption.
Across all three, the opportunity is clear. These systems target repetitive, detail-oriented work that takes time but doesn’t always require high decision-making.
What remains to be seen is how they handle variability, integrate into daily workflow, and justify cost across different types of terrain and operations.
Bottom line:
Equipment decisions are increasingly about workflow design, not just capability.
ICYMI
This one struck a nerve with a lot of people.
Small crews. Tight budgets. Aging equipment. That’s the reality for a lot of courses, and this guide was built exactly for that.
If you missed it on LinkedIn, it’s not too late. 👇
P.S.
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Thanks for reading the 11th issue of TurfOps Weekly!
