Why Artificial Turf Teepads Are No Good for Disc Golf

This article may upset some people. But that is not intentional. Many excellent disc golf courses have been built by hard-working volunteers, often with limited money, limited time, and whatever materials were available. But we still need to say this clearly:

Artificial turf is not a good surface for disc golf teepads.

Not because artificial turf is bad stuff. It isn’t. Good artificial turf is an impressive engineered product when used in the right place, installed correctly, maintained correctly, and loaded in the way it was designed to be loaded.

The problem is that disc golf teepads do something quite specific, quite violent, and quite repetitive.

They concentrate thousands and thousands of high-force, twisting, bracing movements into one tiny area.

That area is the plant-foot zone.

And the plant-foot zone destroys artificial turf.

The Finnish confirmation

Here at Vortica, we have always specified and installed paved teepads. I have also always been suspicious of artificial turf teepads, without being able to articulate every reason why.

Then I went to Finland.

I played a lot of disc golf there. Finland is a wonderful disc golf country, and I came home even more inspired by what disc golf can become in New Zealand.

But something else came home with me too: confirmation.

Every single disc golf course I played with artificial turf teepads had the same problem.

A hole.

Not a random hole. Not some odd bit of damage somewhere near the back corner.

A hole in the exact place where everyone plants their foot.

That is the killer.

A worn surface is bad enough. But torn artificial turf can catch a shoe. Once your shoe engages with loose, torn, or lifted turf during a full-power throw, you are no longer merely talking about maintenance. You are talking about injury risk.

That is the heart of the problem.

Artificial turf does not slowly become a slightly worse teepad. It can become a trap.

“Our course does not get enough traffic for that to matter”

Maybe. But that only delays the problem. It does not remove it.

The plant-foot zone is the plant-foot zone whether your course gets ten players a week or hundreds. Every player who throws hard from that tee is applying force to roughly the same patch of surface.

The same brace. The same twist.

The same grinding rotation.

The same spot.

Eventually, the artificial turf starts to degrade exactly where grip matters most.

Then players begin doing the completely predictable thing: they stand beside the teepad to throw.

And once players are standing beside the teepad, the teepad has failed in its most basic purpose.

A teepad is not decorative. It exists to give every player a consistent, safe, fair, durable throwing surface. If players avoid it, the teepad has become course furniture.

Disc golf is unusually cruel to surfaces

Artificial turf is designed for many things, but disc golf teepads are a very peculiar use case.

A football field, rugby field, or hockey turf spreads movement over a large area. Players run, stop, turn, and fall across the field.

Disc golf does not do that.

Disc golf asks one small patch of surface to survive the same punishment over and over again. The plant-foot area of a teepad may only be around 50 cm by 50 cm, but that is where the entire violence of the throw gets concentrated.

That includes body weight, forward momentum, braking force, rotation, and torque.

It is not just foot traffic.

It is repeated rotational abuse.

That is why even good artificial turf can fail in this application. It is being asked to do something fundamentally different from looking green, draining well, or surviving general sports use.

Artificial turf is not a magic carpet

There is another problem: people often talk about artificial turf as though it is one thing.

It is not one thing.

There are many different artificial turf products, with different pile heights, backing systems, drainage designs, fibres, density, infill requirements, and intended uses.

Some are landscaping products.

Some are sports products.

Some are cheap decorative products.

Some are completely inappropriate for disc golf.

Some are better, but still vulnerable to the plant-foot problem.

High-quality sports turf usually relies on a carefully prepared base and a managed infill system. That infill helps keep the blades upright, affects grip, supports drainage, and changes how the surface behaves underfoot.

But infill moves.

Infill compacts.

Infill washes, settles, migrates, and breaks down.

The surface needs grooming, brushing, decompaction, repair, and topping up.

That is normal for artificial turf. It is not a defect. It is part of the system.

But now ask the real-world question:

How many disc golf clubs have the budget, equipment, maintenance schedule, and specialist knowledge to keep artificial turf teepads performing properly over years of outdoor use?

Some may. But most will not.

And if the base layers, drainage, substrate, joins, edges, and infill are not right, the teepad is compromised from day one.

“But we got the turf for free”

That sounds like a saving. It may not be.

Even if a club gets second-hand artificial turf for free, it still needs transport, cutting, base preparation, fixing, maintenance, repair, and eventual replacement.

And artificial turf is surprisingly expensive when you have to buy the right product new.

Go and check.

Then compare that with pavers.

This is where total cost of ownership matters more than the initial invoice.

A cheap teepad that has to be repaired, maintained, avoided, patched, replaced, or explained away is not necessarily cheap. A surface that becomes unsafe in the plant-foot zone is not cheap. A surface that causes players to tee from beside it is not cheap.

It is just a cost you have delayed.

Why Vortica specifies paved teepads

Vortica specifies paved teepads because they solve the right problem.

A paved teepad gives a firm, consistent, durable, predictable throwing surface. It can be installed by ordinary club labour with ordinary tools. It does not require specialist turf knowledge. It does not depend on maintaining an infill layer. It does not develop a torn plastic trap in the plant-foot zone.

Pavers can move slightly. They can settle. A poor installation can need adjustment. But those are understandable, fixable problems.

And the fix is simple:

Lift the pavers. Correct the base. Re-lay them.

You do not need a specialist artificial turf contractor. You do not need turf grooming machinery. You do not need to source a matching replacement patch of ageing plastic grass.

You need simple labour, care, and patience.

That matters for community sport.

An example of a Vortica Disc Golf teepad

Pavers are also reusable

One of the great advantages of paved teepads is that they can move as a course evolves.

Disc golf courses change. Holes are refined. Trees grow. Fairways develop. Safety requirements change. Better tee positions are discovered over time.

A paved teepad can be lifted and moved.

Better still, the hole you dig for the new teepad can help fill the hole left by the old one.

That is very elegant.

Pavers are also almost infinitely recyclable. I say “almost” because, yes, in around a century you may need to replace the handful of pavers that have worn down in the plant-foot location.

That is a good problem to have.

What actually wears out first?

In a paved teepad, the shortest-life component is usually not the pavers.

It is the timber frame.

At Vortica, we have often specified wet macrocarpa frames. Macrocarpa heartwood is naturally durable, pleasant to work with, and a very sensible New Zealand material when used appropriately.

But let us be precise: Buried or wet macrocarpa should be treated as a long-life landscape component, not an immortal structural material. A reasonable expectation for good macrocarpa heartwood in ground-contact teepad framing is around 10 to 20 years. Fifteen years is a sensible planning figure. In favourable conditions, with chunky heartwood sections and good drainage, 25 years may be possible.

But it should not be promised in every site condition.

The difference between heartwood and sapwood matters. Drainage matters. Soil conditions matter. Section size matters. Constant wetness matters.

If you want a more predictable ground-contact timber, H4 treated pine is the boring but very strong answer. H4 treated timber is specifically intended for ground contact, landscaping timber, and fence-post-type applications. Properly treated and correctly installed H4 pine may last for decades, and in some cases is warranted for up to 50 years against fungal decay and insect attack.

So the practical version is simple:

Macrocarpa frames are a good natural-material option when you accept them as a replaceable 10-to-20-year component.

H4 treated pine frames are the better choice when maximum predictable lifespan is the priority.

Either way, the pavers are not the weak point.

The frame is.

And even the frame is a simple, understandable, replaceable part of the system.

The logistics are real, but solvable

A full 18-basket course requires a lot of pavers.

Roughly nine tonnes of them.

That is not nothing. It creates transport and handling challenges. Clubs need trailers, pallets, volunteers, planning, and a bit of grit.

But these are logistical problems, not technical mysteries.

And they are solvable.

This is still a remarkably good pathway to durable, safe, professional-quality teepads.

Especially when compared with buying new artificial turf of the correct specification, preparing the base properly, installing it correctly, maintaining it correctly, repairing the plant-foot zone, and eventually replacing it.

The total cost of ownership problem

This is the part I think many clubs miss.

Artificial turf can look cheaper at the beginning.

Pavers can look harder at the beginning.

But total cost of ownership is not just the install day.

It is the next five years.The next ten years.The next fifteen years.The next committee.The next working bee.The next safety complaint.The next course redesign.

A paved teepad is heavier on day one, but easier to understand for the next two decades.

Artificial turf may feel easier on day one, but it brings hidden complexity: product selection, base preparation, drainage, infill, maintenance, wear, repair, replacement, and disposal.

For a community disc golf course, simplicity is not a minor advantage.

It is everything.

The conclusion

Artificial turf is not useless.

It is not evil.

It is not stupid.

It is simply the wrong material for the primary teeing surface of a disc golf course.

Disc golf teepads need to survive concentrated, repeated, rotational abuse in the same plant-foot zone, year after year. Artificial turf does not handle that well. When it fails, it tends to fail exactly where safety and grip matter most.

Paved teepads are not glamorous. They are not trendy. They are heavy, simple, durable, repairable, reusable, and boring in exactly the right ways.

And for disc golf, boring is beautiful.

Build the teepad once.

Build it properly.

Make it safe.

Make it last.

Make it movable.

Make it repairable by ordinary club volunteers.

That is why Vortica specifies paved teepads.

Not because we hate artificial turf.

Because we understand disc golf.