The decision to install artificial turf in sports facilities is becoming more popular across schools, universities, stadiums, and community parks. While synthetic grass was once viewed mainly as a convenient alternative, today’s turf systems are designed for performance, durability, and safety. Still, as with any investment, there are trade-offs to consider.
If you’re a facility manager, athletic director, or planner, it’s important to weigh the advantages and disadvantages before committing to artificial turf for your sports field. This guide breaks down the key pros and cons to help you make a smart, informed choice.
One of turf's greatest strengths is that it performs in nearly any weather. It doesn’t get muddy or waterlogged like natural grass, making it usable year-round—even right after heavy rain. This means fewer game cancellations and more consistent scheduling, which is critical for schools, leagues, and multi-sport complexes.
Artificial turf eliminates much of the routine work that natural grass demands. There’s no mowing, watering, fertilizing, or pest control needed. Turf maintenance typically includes brushing the fibers, checking infill levels, and occasional cleaning—saving both time and long-term costs. For busy sports programs, these savings add up quickly.
Natural grass can wear out after just a few hundred hours of use per year. In contrast, artificial turf can withstand over 1,000 hours of activity annually without showing significant damage. This makes it ideal for high-traffic sports facilities, such as school fields used daily for practice and games, or community parks hosting back-to-back events.
Turf provides a smooth, even surface that stays the same across seasons. This consistency helps improve playability, reduce ball irregularities, and minimize tripping hazards. Athletes benefit from reliable traction and a predictable surface, especially in sports like soccer, football, and lacrosse.
For regions experiencing drought or under water-use restrictions, artificial grass is a responsible and sustainable choice. Unlike natural grass, it doesn’t require irrigation, which can save thousands of gallons of water per field each year. This not only reduces environmental impact but also significantly lowers utility bills.
Installing a quality turf system can be expensive. Costs vary depending on field size, base preparation, drainage systems, infill, and type of turf used. For full-size sports fields, it’s not uncommon for installation costs to exceed several hundred thousand dollars. While turf pays off over time, the initial investment can be a barrier for many programs.
Turf fields can get extremely hot in the sun. On warm days, surface temperatures can rise above 150°F (65°C)—far hotter than natural grass. This heat can lead to discomfort, burns, or even heat-related illnesses. Solutions include using cooling infills, misting systems, or scheduling practices and games during cooler hours.
There’s an ongoing debate about injury rates on artificial turf compared to natural grass. Some studies suggest a slightly higher risk of non-contact injuries such as ACL tears on turf. Athletes have also reported more skin abrasions (turf burn) and joint stiffness. However, modern turf systems with proper shock pads and infill can reduce many of these concerns.
Artificial turf typically lasts between 8 to 15 years depending on use and maintenance. Once the surface wears out, it must be removed and replaced—a process that’s both costly and time-consuming. During replacement, fields are usually unusable for a period, requiring alternative arrangements for teams and events.
Though artificial grass saves water and eliminates the need for chemicals, there are environmental trade-offs. Most turf is made from petroleum-based plastics. Infill materials, such as crumb rubber, have raised concerns about potential health and environmental impacts. Additionally, disposing of old turf can be a challenge, though recycling options are becoming more available.
Artificial turf is particularly beneficial in facilities that experience heavy use or limited downtime, such as:
School athletic programs with back-to-back practices and games.
Community recreation centers with multi-sport or shared fields.
Stadiums and arenas hosting professional or collegiate sports.
Municipal fields used for leagues, camps, or public access.
In contrast, natural grass may still be a good fit for:
Facilities that can manage intensive maintenance.
Venues hosting premier or elite competitions, where athletes prefer real grass.
Cooler climates with sufficient rainfall and low wear-and-tear.
Each facility must assess its specific needs, usage patterns, budget, and climate before deciding.
Before installing turf, ask the following:
How often will the field be used, and for which sports?
Is the climate prone to drought, rain, or high heat?
What is the long-term maintenance budget?
Are athletes and coaches comfortable with synthetic surfaces?
What type of turf and infill system is best suited to your sport(s)?
Can the facility afford the upfront cost, and when will the investment pay off?
Artificial turf can be a game-changer for sports facilities—offering unmatched durability, lower maintenance, and all-weather usability. For schools, community centers, and stadiums with high demand, synthetic grass often proves to be a smart investment over time.
However, turf is not without its trade-offs. Heat retention, environmental impact, and injury concerns require careful consideration. For some organizations, a hybrid approach may work best—using turf for practice fields or high-use areas, while maintaining natural grass on primary competition fields.
Whatever direction you take, it's important to select the right turf system, ensure proper installation, and educate players and staff on care and safety protocols.
Verdigrass offers premium artificial turf products and expert guidance for sports facilities of all types. Whether you're building a new athletic field or upgrading an old one, we’ll help you choose a high-performance solution tailored to your goals, athletes, and budget.