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Applications

Every surface has a pattern that works.

Two to four samples per 1,000 ft² is the statistical answer. Where those samples go is the practical one — and it changes with the shape of the surface and the way it is played. These are the arrays we use to build a picture you can trust.

Why the pattern matters. A poor pattern with an adequate number of samples produces a false analysis, and so does a proper pattern with too few samples. Both are important to understand your turf’s true conditions and trends. The statistics behind it.

Golf

Greens, tees, approaches, and fairways.

Playability with no guesswork — greens dialed in for speed, firmness, trueness and resiliency, fairways managed for consistency across a corridor that rarely behaves the same way twice.

Sampling array diagram for a golf fairway: sample points distributed in a staggered grid along the length of the playing corridor

~25 samples/acre produces exceptional insight

Fairway array

A random staggered grid down the corridor picks up the moisture and other variable patterns that make one section behave differently from others.

Putting greens

Low cut, high stakes surfaces most prone to the influences of stressors require 2 to 4 samples for every 1,000 ft² (93 m²), covering the green randomly but completely. This allows TOMi™ to lead to insight otherwise not seen, catching stresses long before symptoms arise.

Tees and approaches

These high wear areas require routine turfgrass regeneration and establishment, requiring timely insight to representative agronomic parameters that make or break satisfaction. Employ a similar pattern to greens monitoring for best insight.

Sports pitches

Safe, consistent surfaces — match after match.

Concentrated wear is not always predictable. See the stressors long before the symptoms, no matter what game you play.

Sampling array diagram for a football pitch: sample points spread across the full playing surface including goalmouths and center circle

Football & rugby

Full pitch coverage allows stressors to be identified early while maintaining line to line consistent playability.

Sampling array diagram for an American football field: sample points laid out across the numbered playing field

American football

Resist the urge to only measure the obvious stress spots (between the hashmarks). TOMi™ gives insight to understanding pre-conditioning efforts leading to game day success.

Sampling array diagram for a cricket ground: sample points on the square and distributed across the outfield

Cricket

Measuring the field consistently to meet a minimum sampling rate of ~24 samples across the field gives great insight to conditioning efforts, game day predictability and overall turf performance health.

Sampling array diagram for a baseball field: sample points across the infield, base paths and outfield

Baseball

Baseball requires focused attention on outfield versus infield versus skin versus foul areas. TOMi’s flexibility to create areas and sub-areas allows this focus to better predict and manage game day conditioning, every day.

Racing

Going, consistency and safety.

Two patterns allow for exceptional insight to track fastness, performance and safety, and both result in a representative sampling, evenly throughout the track to see the impacts of one area over another while tying in short and long term conditioning efforts.

Following a zig-zag or even 2x2 pace across the track with ~60 samples per track gives exceptional insight otherwise not realized, going far beyond the traditional walking stick methods.

Zig-zag sampling array diagram for a horse racing track, sample points alternating between inside and outside rail along the running surface

Zig-zag option

Two-by-two grid sampling array diagram for a horse racing track, sample points in paired rows across the running surface

2 x 2 grid option

A turf racecourse straight with running rail, viewed along its length on a clear day
Traditional track management utilizes the famous walking stick method, customized for each track manager. We would never mess with tradition, but we would love to help you enhance it by tying in what the turf is experiencing from everything you do. Most importantly, we can help you clearly see the results of your fine work, allowing you to make enhanced decisions based on historical trends and future predictive conditions.
Sampling array diagram for a recreational or municipal sports area: sample points evenly spaced across the entire area at a rate of about 25 samples per acre

Recreational & municipal array

Despite irregularly shaped areas, remaining consistent and meeting a minimal representative sample pattern gives great insight to better irrigation and cultural practice activities designed to improve public appeal and satisfaction.

Municipal & recreational

Public grounds, public budgets, public accountability.

Parks and community pitches carry heavy use with the least resource. Measurement is how a small team justifies where the resources go — all while proving grounds safeness and enjoyment.

Trends of turf and ambient conditions allow for informed decision-making otherwise not available, giving great insight to the turf’s true health and sustainability for the community. From the governing body decision-makers to the staff making on-the-ground decisions, PURE Insight™ gives power through knowledge and understanding, allowing the entire staff to operate from a comprehensive educated viewpoint.

How the documentation works

Want more information how TOMi™ and PURE Insight™ may help your unique operation?

Tell us what you manage and what your expectations are, and we will gladly help you determine if and how our platform may assist you meeting your goals.

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