Husqvarna has quietly dropped one of the more useful updates its robotic golf mowers have seen — a dedicated First Cut function that lets CEORA® and Automower® 580L EPOS® units handle the transition strip between fairway and rough.
No new hardware, no extra cost. The question is whether it genuinely delivers on that promise.
The first cut is one of those things that looks simple but consistently causes headaches in practice. That 1–3 meter band of intermediate-height turf between the fairway and the rough sets the visual tone for the whole hole.
Get it right, and the course looks sharp and purposeful; let it slip during a busy week, and even a well-maintained fairway can look sloppy.
Until now, maintaining it has meant committing a separate machine — and a member of staff — to a job that can easily fall down the priority list when growth is racing and the diary is full.
This update changes that by folding first-cut management into the existing autonomous mowing schedule.
Here is an honest look at what it does well, and where greenkeepers should temper their expectations.
The pros
How does it actually work?
Inside Fleet Services™, the setup follows a logical pattern: select a fairway, copy its boundary, expand it by the desired strip width, then trim the resulting zone around features such as bunkers or tee complexes.
The system automatically creates the transition zone; the greenkeeper refines it.
Each zone then gets its own cutting height and schedule and runs as part of the normal autonomous program.
“This update gives courses the ability to improve the visual definition and playability of key areas whilst freeing up machinery and resources for other tasks.”
Andrew Lees, Global Segment Manager – Professional Robotics, Husqvarna
In practice, the quality of the output depends heavily on how well-maintained your existing EPOS boundary maps are.
Courses with clean, up-to-date fairway maps will find configuration quick.
Those with legacy mapping that has never been properly tidied may need to do some groundwork first, which is actually a good prompt to audit those maps regardless.
The agronomic case
Beyond presentation, there is a quiet agronomic argument for this feature.
A consistently maintained transition zone limits rough grass encroachment into the fairway edge, supports drainage at the shoulder, and maintains the sward at a density and height that recovers predictably.
These are secondary benefits, but they are real ones — and they are easier to achieve with a robotic system that doesn’t skip cuts when the diary gets tight.
The one area greenkeepers should check carefully is the calibration of cutting height in the field.
Set the height in Fleet Services™, then verify it with a gauge at several points across each zone — particularly where the ground undulates, or the surface is less than perfectly firm.
This is standard practice for any new mowing setup and adds very little time, but it matters for consistency.
My Verdict
For any club already running CEORA® or Automower® 580L EPOS® units, this is an easy yes.
Configure it before peak season, verify your height settings in the field, and check that your fleet scheduling has the headroom.
The cost is zero and the return — in staff time, machine availability, and course presentation — is real. For clubs not yet on the platform, add this to your list of reasons to look seriously at autonomous mowing.