Parents’ Field Guide

For the Players You Love Most

Every parent wants to watch their child play with confidence, have fun, and come home proud of what they accomplished. Brock designs shock pads and organic infill systems to help schools and communities create fields that put athletes first.

They See a Field. You See Your Child.

To an athlete, it is where friendships are formed, confidence grows, and unforgettable moments happen.

To a parent, it is where your child runs, falls, gets back up, and learns what it means to be part of a team.

That is why the materials beneath and within the turf matter.

Brock designs products that help the entire playing surface manage impact, heat, and traction. We support those products with research, standardized testing, material-health documentation, and decades of field experience.

No product or playing surface can eliminate every risk. But better materials, thoughtful engineering, and transparent testing can help schools make more informed decisions for the athletes and communities they serve.

Three Ways the Playing Surface Can Support Athletes

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Managing Impact

Protection Where Athletes Need It Most

Falls and surface contact are part of sports. A Brock shock pad is installed beneath the turf to help the complete field system manage impact energy and maintain more consistent performance as the turf ages.

Brock evaluates impact performance using HIC, Critical Fall Height, G-max, and underfoot testing. Together, these tests provide a more complete picture than any single measurement can offer.

Heat Icon

Addressing Field Heat

A Better Field Shouldn’t Feel Like an Oven

Artificial turf can become significantly hotter than the surrounding air on sunny days. BrockFILL® is an organic wood infill engineered to help reduce surface temperatures and create a more comfortable playing environment.

BrockFILL particles naturally absorb moisture from rain and condensation and release it gradually as temperatures rise, supporting evaporative cooling without depending on scheduled irrigation.

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Supporting Stable Traction

The Right Amount of Grip Matters

Athletes need enough grip to accelerate and change direction—but they also need their cleats to release appropriately.

BrockFILL is engineered to settle consistently among the turf fibers and support stable footing. Biomechanical and traction testing helps evaluate foot movement, rotational resistance, and cleat-release behavior.

We Test Because the Details Matter

A field may look beautiful from the stands, but appearance cannot tell you how it responds when an athlete runs, plants a foot, or contacts the surface.Brock evaluates complete field systems through laboratory research, field testing, high-speed photography, biomechanics studies, and standardized testing methods.

Testing can help answer important questions:

  • How does the field manage impact energy?
  • How firm does the surface feel underfoot?
  • How does a cleat interact with the turf and infill?
  • How hot can the surface become?
  • How does performance change as the field ages?
  • Does the complete system continue to meet the project’s requirements?

Testing does not guarantee that an injury will never occur. It gives schools, municipalities, architects, and parents better information for evaluating how a field is designed and performing.

What Is Beneath the Turf Matters

An artificial turf field is a system made from several components. Turf fibers are only the visible layer.

A complete system may include:

  1. Synthetic turf fibers
  2. Performance infill placed among the fibers
  3. A shock pad installed beneath the turf
  4. Drainage and base construction

Each component affects how the field performs. That is why Brock encourages parents and decision-makers to evaluate the complete system—not simply the turf brand or how the field looks on opening day.

You are not choosing a field for one season. You are choosing how it will perform for athletes for years to come.

Materials Parents Can Feel Better About

No Intentionally Added PFAS

Brock does not intentionally add PFAS to BrockFILL or its shock-pad products. PFAS are not deliberately used as ingredients, coatings, processing aids, or performance additives in these formulations.

We use the scientifically accurate phrase “no intentionally added PFAS” because PFAS are widespread in the environment and laboratory methods vary in what they can detect.

Third-Party Material-Health Certifications

BrockFILL has earned C2C Certified® Material Health Gold under Version 4.1.

The PowerBase® Systems covered by Brock’s current certification have earned C2C Certified® Material Health Bronze and C2C Certified® Circularity Bronze under Version 4.1.

These certifications give schools, architects, municipalities, and parents access to third-party material-health information for the specific products covered.

Built for Their Future—On and Beyond the Field

Protecting players also means thinking about the world they will inherit.

BrockFILL is made in the United States from sustainably cultivated and harvested Southern pine. It is a pure wood-particle infill manufactured without added coatings or performance additives.

Brock shock pads are engineered for durability and long service life. Depending on the product, installation, condition, and project requirements, a shock pad may remain in place through multiple turf replacement cycles. Keeping a functional shock pad in use longer can reduce replacement materials, construction waste, and lifecycle costs.

What makes an Artificial Field Safe?

Frequently Asked Questions From Parents

An artificial turf field typically includes turf fibers, performance infill placed among the fibers, an optional shock pad beneath the turf, and a drainage and stone-base system. The materials and design of every layer can affect field performance.

A shock pad beneath artificial turf helps the complete field system manage impact energy. It can also help maintain more consistent impact performance as the turf and infill age.

No, a shock pad cannot prevent every concussion or eliminate the risk of injury. A shock pad is designed to improve the impact response of the playing surface during athlete-to-surface contact.

The impact performance of a field can be evaluated using HIC, Critical Fall Height, G-max, shock-absorption, and underfoot testing. These measurements examine different aspects of the surface and should be reviewed together.

G-max testing is not enough by itself because it measures surface hardness using a flat impact device. HIC and Critical Fall Height testing provide additional information about how the system responds to a rounded impact under prescribed conditions.

No, passing a field test does not mean injuries cannot happen. Testing documents how the surface performs under defined conditions, but it cannot account for every athlete, collision, movement, weather condition, or injury mechanism.

A field should be tested as it ages because infill can compact, turf fibers can wear, maintenance can vary, and impact performance can change. Periodic testing helps the field owner identify changes and make informed maintenance or replacement decisions.

An artificial turf field can become much hotter than the surrounding air when exposed to direct sunlight. Actual temperatures depend on the weather, turf color, infill, moisture, wind, field design, and time of day.

BrockFILL helps manage field temperature by absorbing moisture into its wood particles and gradually releasing it as temperatures rise. This natural process supports evaporative cooling at the playing surface.

BrockFILL does not depend on scheduled irrigation for normal performance. Its wood particles can absorb moisture from rain and condensation, although cooling performance will vary with local environmental conditions.

Traction is the interaction between an athlete’s footwear and the playing surface. Athletes need sufficient grip for stable movement while still allowing the cleat to release appropriately during turns and changes of direction.

Yes, a playing surface can provide excessive rotational resistance that makes it more difficult for a planted cleat to release. Too little traction can also create unwanted movement, so the goal is an appropriate balance of grip, stability, and release.

No, Brock does not intentionally add PFAS to BrockFILL or its shock-pad products. PFAS are not deliberately used as ingredients, coatings, processing aids, or performance additives in these formulations.

No, BrockFILL is manufactured without added coatings or performance additives. It is a pure wood-particle infill made in the United States from sustainably cultivated and harvested Southern pine.

Cradle to Cradle certification means a covered product has been independently assessed under defined standards that can include material health and product circularity. Parents should review the current certificate and covered-product list for the specific product being considered.

A Brock shock pad is engineered for long-term performance and may remain in place through multiple turf replacement cycles, depending on the product, installation, condition, testing results, and project requirements.

Artificial turf is not universally safer or less safe than natural grass. Performance depends on the complete system, field condition, sport, maintenance, weather, athlete movement, and the specific outcome being evaluated.

Parents can ask the school, athletic department, parks department, or facility manager for the turf-system specifications, shock-pad and infill products, installation records, testing results, maintenance plan, warranties, and material-health documentation.

Yes, Brock can help parents, schools, and community groups understand the components of a proposed field and the available impact, heat, traction, material-health, and sustainability documentation. Please contact Brock.

Every Field Decision Is Personal When Your Child Is the One Playing

Parents should not have to become turf experts to understand the field beneath their children.

Brock helps schools and communities ask better questions, examine the complete system, and make decisions supported by research, testing, transparent materials, and long-term thinking.

Because protecting the player begins long before the first game.