A practice facility is not one surface. It is four surfaces under four different loads, and the strip that fails first is the one nobody prices separately. The tee line takes a club head coming down, a shoe twisting, and a lateral shove, all inside a band about the width of a stance. Everything else in the facility is asked to do less. Our line quotes tee line turf as its own item for that reason.
Load decides the build, so one specification cannot cover all four surfaces. Specify a single turf across a full facility and it will be too soft where irons land and too light under the bay. Our position is simple: the tee line deserves its own line item, its own pile height and its own replacement cycle. That is also where the cheapest maintenance saving sits, because the smallest area fails first while everything around it stays in service.
Why Tee Lines Fail Before Anything Else
A tee line is the most heavily loaded strip in the facility. Downward club impact, shoe twist and lateral shove all land inside a narrow stance band, and no other surface takes that combination. On natural grass the result is uneven, patchy teeing grounds and an ongoing reseeding cost. Facilities that have priced that work count downtime and closures alongside the maintenance spend. A worn tee has to come out of play to recover, so the closure is part of the cost.
Across a driving range turf schedule, quoting one product is like fitting a squad with one shoe size: the part that matters most fails first. Our position is that the tee line has to be specified, priced and replaced on its own cycle. That is not a sales preference; it follows from where the load sits.
Artificial tee lines remove the closure problem on an artificial turf installation, but they do not remove the load. A teeing ground also plays differently from spot to spot, so members get an inconsistent product and the facility looks worn. Consistent ball position and a playable surface without closures are the usual benefits claimed for artificial tee lines. All of them come from separating the tee strip from the general surface plan. For the broader picture, the wider golfer’s guide to artificial turf covers how the other surfaces fit together.
Four Surfaces Inside One Practice Facility
A practice facility carries four surfaces, and the component breakdown below is the one the trade works to. On an artificial turf installation, pile height is quoted per surface rather than per project. The tee line carries the tallest build, the range face sits below it, and the mats and the target green are specified against their own jobs.
| Surface | Pile height | Fibre | Dominant load | Buying focus |
|---|---|---|---|---|
| Tee line | 40 to 50 mm | Densely tufted nylon | Club impact, shoe twist and lateral shove inside the stance band | Tee holding, density, and a seam plan that avoids the stance band |
| Range face | 20 to 30 mm | Polyethylene | Repeated shallow iron strikes across the landing band | Abrasion resistance and an infill rate that can be topped up |
| Hitting and stance mats | 15 to 20 mm | Nylon | Standing load and weight shift across thousands of repetitions | Stability and flatness ahead of pile appearance |
| Target green | 25 to 35 mm | Polyethylene | A descending ball that has to land and be held | Hold, roll-out feedback and a clean transition edge |
Why each row reads that way matters more than the numbers themselves. The tee line needs depth and density because a real tee has to be pushed into it and a club head passes through it. The range face is thinner because irons brush across the landing band rather than digging at one spot. Mats sit at the low end because they have to stay flat and stable under a standing player. The target green is thicker again so that a ball lands and is held.
Usage intensity is the second screen on any driving range turf specification, and it is descriptive rather than numeric. The tier decides the build, not the budget.
| Tier | Typical use | Build direction |
|---|---|---|
| Low | Occasional and largely recreational traffic | Lightest pile and the shortest working life |
| Medium | Regular coaching and daily member traffic | Balanced middle band across every surface |
| High | Year-round heavy use with irons dominating | Densest build at the top of each band |
Low tier facilities tolerate the lightest pile and the shortest working life. Medium tier, meaning regular coaching and daily member traffic, needs the balanced middle band. High tier, meaning year-round heavy use with irons dominating, needs the densest build at the top of each band. Across several artificial turf installations, the tier rather than the acreage decides the specification. No monthly ball volume figure is claimed here, because traffic does not convert cleanly into one tier.
Tee Line Turf That Holds a Real Tee
A driving range turf plan usually starts with the tee line, and the tee line is judged by one question first. Can a player push a standard tee into it? A densely tufted nylon build accepts a standard golf tee, which most turf systems cannot do. The same build reduces club head drag through the hitting zone, so the club does not catch on the way through.
That capability is optional, and this is where facilities overspend. If the range uses rubber tees rather than real ones, the demand on fibre stiffness drops and a shorter, lighter build is enough. Buyers who push a real tee are paying for density; buyers who do not are paying for a feature nobody uses. That single choice is the largest cost lever on an artificial turf installation.
Roll width belongs in the same conversation. Turf comes in 2 m, 4 m and 5 m widths, and the strip along a bay should be planned so no seam lands under the stance band. A seam under the feet is the first place to open up, because that is where the twist happens. We have walked bay lines where the seam ran straight down the middle of the stance band, and it had opened along its full length by mid-season.
Wear figures on tee line turf usually trace back to the manufacturer’s own bench. One published vendor figure is more than 150,000 Lisport cycles and 5,000 hours of UV exposure. That is a manufacturer self-test claim rather than an independent result, so read it as a comparison between products. For the fibre decision, nylon versus polyethylene fibres explains where each material earns its place.