If you have ever stepped up to throw a disc, you have stood on a tee pad. The surface under your feet matters more than you might think. It affects your grip, your safety, and how long the course stays playable. Most disc golf tees are made from one of five materials: concrete, artificial turf, asphalt, rubber mats, or compacted gravel.
Concrete is the most common permanent choice, but turf is becoming popular for its lower cost. Each material has trade-offs, and the best option depends on your climate, budget, and how often the course is used.
This guide covers what each material is like in real use, what the PDGA requires, and how to avoid installation mistakes that ruin a good tee pad.
Common Tee Pad Materials and Their Typical Use
Before diving into the details, here is a quick overview of where each material shows up most often:
– Concrete – Found on almost all permanent, high-traffic courses. It is durable, stable, and provides a consistent surface year after year.
– Artificial turf – Common on recreational courses, temporary layouts, and newer European-style courses. It is softer on the legs and blends into park settings.
– Asphalt – Seen on some older courses or where the course shares space with parking lots. It is cheaper than concrete but has drawbacks.
– Rubber mats – Used for portable courses, backyard practice tees, or on rugged terrain where pouring concrete is not practical.
– Compacted gravel or natural dirt/grass – These are not really permanent tees. They appear on beginner courses or temporary setups, but they wear out fast and can be unsafe.
Deep Dive into Each Tee Pad Material
Concrete Tee Pads
Concrete is the gold standard for disc golf tees. A properly poured concrete pad lasts 20 years or more with almost no maintenance. Most courses use a broom finish to give the surface a rough texture. This texture provides good grip even when the concrete is wet, but it is not so rough that it tears up shoes.
Thickness and installation: For a residential or light-use course, 4 inches of concrete is enough. For a tournament course that gets heavy daily play, go with 6 inches. The concrete must be poured over a compacted gravel base to prevent cracking from frost heave. A slight slope (1% fall along the length of the pad) allows water to drain off instead of pooling.
In wet or cold climates, Concrete can become ice-slick in winter. Some courses add a texture with a medium broom finish to reduce slipping. Concrete also absorbs heat in summer, so it can get hot, but that rarely bothers players during a round.
Best for: High-traffic courses, tournament-level facilities, and any location where long-term durability is the top priority.
Artificial Turf Tee Pads
Artificial turf tees have become very popular in the last decade, especially in Europe. Companies like DiscGolfPark sell prefabricated turf pads that are installed over a gravel base and held in place with a wooden or metal frame.
Grip and comfort: Turf provides excellent traction, even when wet. It is softer than concrete, which reduces stress on knees and ankles during a run-up. Many players prefer the feel of turf over concrete.
Longevity: A well-installed turf pad lasts 5 to 10 years, depending on UV exposure and the amount of play. The turf itself can fade in strong sun, and the infill (usually sand or rubber granules) needs to be replaced every few years. The main risk is that the turf can buckle if the frame is not anchored properly or if the gravel base settles.
Drainage: Turf drains water much better than concrete because water passes through the backing into the gravel base. That means less standing water and fewer muddy shoes.
Best for: Courses with moderate traffic, parks that want a natural look, and locations where concrete pouring is too expensive or logistically difficult.
Asphalt Tee Pads
Asphalt is sometimes used as a cheaper alternative to concrete. It is smoother and less expensive to install. However, it has serious downsides.
Heat: Asphalt absorbs a lot of heat. On a sunny summer day, the surface can become too hot to touch. That makes it uncomfortable for players and can cause footing issues when shoes get sticky.
Slip hazard: When asphalt gets wet, it is slippery. Even a light dew can make the surface treacherous during a run-up. Many courses that use asphalt end up adding a layer of rubber paint or textured coating, which wears off quickly.
Maintenance: Asphalt needs seal coating every 3 to 5 years. Without that, it cracks from water intrusion and freeze-thaw cycles. Cracks create tripping hazards and uneven footing.
Best for: Budget courses in dry climates where asphalt is already available, but it is rarely the best long-term choice.
Rubber Mat Tee Pads
Rubber mats are a quick solution. They are sold as interlocking tiles or large single sheets. You can put them down on grass, dirt, or gravel and start playing the same day.
Portability: Rubber mats are easy to move. This makes them good for temporary courses or for testing a layout before building permanent tees.
Durability: A standard rubber mat lasts 3 to 5 years with moderate use. The sun breaks down the rubber over time, and the edges can curl. Mats placed directly on grass will shift as the grass grows and the ground softens, creating an uneven surface. The biggest issue is that rubber can get very slippery when covered with wet leaves, mud, or dew.
Installation: For a stable mat, you need to dig down a few inches, lay a gravel base, and then put the mat on top with a border frame. Simply placing mats on top of grass leads to movement and safety hazards.
Best for: Temporary courses, practice tees, or areas with high erosion where concrete cannot be poured.
Compacted Gravel and Natural Surfaces
Some courses have no permanent tee pads at all. Players throw from a patch of dirt, grass, or gravel. This is common in beginner courses or in courses built with almost no budget.
Problems: Natural tees rut quickly. The constant run-up and pivot motion wears away grass and compacts the soil. When it rains, the area turns into mud. Players then start teeing off from the side, widening the damaged area. This is unsafe – twisted ankles and slips are common.
Gravel: A thick layer of compacted gravel can work for a while, but the stones shift underfoot. Gravel also gets kicked into the fairway, creating hazards for other players. It is not recommended for any course beyond the most basic level.
Best for: Nothing, really. If you are building a course, skip natural surfaces and install one of the permanent materials.
PDGA Standards and Tournament Legality
If you plan to host PDGA-sanctioned tournaments, your tee pads must meet specific rules. The PDGA has a document called the “Disc Golf Course Standard” that covers tee pad requirements.
– Minimum dimensions: 4.5 feet wide by 7.5 feet long (1.5 meters by 2.5 meters). Some courses use longer tees for gold-level play.
– Maximum slope: The tee pad can have a cross-slope of up to 2% and a fall line slope (along the direction of play) of up to 1%. This ensures water drains, but the surface remains level enough for safe throws.
– Surface: The surface must be non-slip, even, and unable to shift during play. Concrete with a broom finish passes. Turf with a proper base passes. Loose gravel does not. Rubber mats must be firmly anchored; mats that slide or curl fail inspection.
– Obstructions: The pad cannot have rocks, roots, or any tripping hazard within the playing area.
Concrete and turf are the two materials most commonly seen at PDGA medal-tier events. Asphalt is rarely used at the highest level because of its slippery nature. Rubber mats are only accepted for temporary or lower-tier events.
Environmental and Accessibility Considerations
Permeable surfaces: Concrete and asphalt are impermeable. Rainwater runs off, carrying any dirt or debris into storm drains. Turf and gravel allow water to soak through, reducing runoff and helping groundwater recharge. This is a big plus if your course is in a flood-prone area or near a sensitive ecosystem.
Heat island effect: Dark asphalt and concrete absorb heat and raise the local temperature. Lighter-colored concrete reflects more heat. Turf stays much cooler. In hot climates, turf is more comfortable for players and better for the environment.
Recyclability: Concrete can be crushed and reused as aggregate. Rubber mats are not easily recycled and often end up in landfills. Turf is partially recyclable, but the backing and infill are difficult to separate.
Accessibility for wheelchair users: The ADA (Americans with Disabilities Act) requires firm, stable, and slip-resistant surfaces. Concrete is the best choice for wheelchair access because it is completely level and solid.
Turf with a proper gravel base is also acceptable. Rubber mats can work if they are anchored flat, but they may not be firm enough for some wheelchair users. Asphalt gets too hot for safe wheelchair transfers. Gravel is impossible for wheelchair users.
Installation Mistakes That Ruin a Good Tee Pad
Even the best material fails if it is installed incorrectly. Here are the most common errors:
– Poor base compaction. If the gravel base is not compacted, the pad settles unevenly. This creates dips and tripping hazards. Always use a plate compactor on 6 inches of crushed stone before pouring concrete or laying turf.
– Thin concrete. Some builders pour concrete only 2 or 3 inches thick to save money. That concrete cracks within a year. Stick to 4 inches minimum, 6 inches for heavy use.
– Turf not stretched tight. Loose turf wrinkles and buckles when players run up. The frame must be anchored with stakes that go deep into the base. Stretch the turf like a drum skin.
– Rubber mats on grass. Putting mats directly on top of grass guarantees movement. Grass dies under the mat, the ground softens, and the mat shifts. Always excavate, add a gravel base, and frame the mat.
– No drainage slope. A flat pad that holds water becomes a slippery mess. Every pad needs a 1% slope for drainage. Measure it with a level before the material sets.
Which Material Comes Out On Top?
There is no single best material for every situation. But if I had to rank them for typical disc golf courses, it would look like this:
– Concrete is the winner for longevity, safety, and tournament compatibility. It costs more upfront but pays off over decades.
– Artificial turf is the best choice for value and comfort. It costs less than concrete, drains well, feels great underfoot, and can be installed on more challenging terrain. It is the fastest-growing option.
– Rubber mats work as a short-term fix or for portable courses, but they are not a permanent solution.
– Asphalt is rarely worth the trouble. The heat and slipperiness cause too many problems.
– Gravel or natural surfaces should be avoided on any course that gets regular play.
If you are building a new course and have a moderate budget, go with turf. If you have the money and want something that will outlast you, go with concrete.
Frequently Asked Questions
How thick should a concrete disc golf tee pad be?
For a course that gets light use (a few rounds a week), 4 inches of concrete is enough. For a tournament course or one that sees heavy daily traffic, use 6 inches. Thinner concrete will crack from freeze-thaw cycles and heavy foot strikes.
Can I use pressure-treated wood as a frame for turf tees?
Yes, you can use treated lumber as a border for turf tees. However, the turf itself should not be walked on over wood. The wood frame sits outside the playing surface, holding the turf in place. Make sure the wood is anchored with stakes so it does not shift.
What is the best surface texture for wet climates?
For concrete, a medium broom finish gives good grip without being too rough. For turf, choose a pile height of 1.5 to 2 inches. Turf with a sand infill drains better than rubber infill and provides more traction when wet.
How long do rubber disc golf mats last before replacement?
With moderate use, rubber mats last 3 to 5 years. UV exposure from sunlight makes the rubber brittle and cracks appear. Debris like leaves and dirt that accumulate on the mat also speed up wear. In shady, low-traffic areas, they may last longer.
Do tee pads need to be perfectly level?
No. The PDGA allows a slope of up to 1% in the direction of play (about 1 inch of drop over 8 feet). A slight slope helps water run off. Cross-slope (side to side) should be no more than 2%. A perfectly flat pad that holds water is actually worse for safety.
Is asphalt cheaper than concrete in the long run?
The initial installation of asphalt is cheaper than concrete. But asphalt needs seal coating every 3 to 5 years, and it cracks sooner under heavy foot traffic. Over 20 years, concrete often ends up costing less because it requires no maintenance. Asphalt is rarely worth the savings.
Can I install turf tees on clay soil?
Only if you excavate the clay and replace it with a gravel base at least 6 inches deep. Clay drains very poorly. If you lay turf directly on clay, water pools under the turf, and the surface becomes unstable. Excavation and a proper gravel base are mandatory.
Final Word
When exploring what is a disc golf tee usually made out of, you’ll find that courses use a variety of materials to create safe and reliable throwing surfaces. Concrete, rubber, turf, and even natural ground tees each serve different purposes and playing environments.
The right tee material enhances traction, consistency, and overall player experience. Whether you’re visiting a local course or planning to build one, knowing what is a disc golf tee usually made out of provides valuable insight into course quality and the factors that influence every drive.