Tips for Public Playground Safety

Each year, about 200,000 children are treated in U.S. hospital emergency rooms for playground equipment-related injuries - an estimated 148,000 of these injuries involve public playground equipment and an estimated 51,000 involve home playground equipment. Also, about 15 children die each year as a result of playground equipment-related incidents. Most of the injuries are the result of falls. These are primarily falls to the ground below the equipment, but falls from one piece of equipment to another are also reported. Most of the deaths are due to strangulations or falls.

The U.S. Consumer Product Safety Commission (CPSC) offers consumers these playground safety tips from its Handbook for Public Playground Safety:

1. Protective Surfacing

Since almost 60% of all injuries are caused by falls to the ground, protective surfacing under and around all playground equipment is the most critical safety factor on playgrounds:

•  Asphalt and concrete are unacceptable. They do not have any shock absorbing properties. Similarly, grass and turf should not be used. Their ability to absorb shock during a fall can be reduced considerably through wear and environmental conditions.
• Certain manufactured synthetic surfaces also are acceptable; however, test data on shock absorbing performance should be requested from the manufacturer.
• Certain loose-fill surfacing materials are acceptable, such as the types and depths ment is the most critical safety factor shown in the table:

Fall Height In Feet From Which A Life Threatening Head Injury Would Not Be Expected

2. Fall Zones

A fall zone, covered with a protective surfacing material, is essential under and around equipment where a child might fall. This area should be free of other equipment and obstacles onto which a child might fall.

• Stationary climbing equipment and slides should have a fall zone extending a minimum of 6’ in all directions from the perimeter of the equipment.
• Swings should have a fall zone extending a minimum of 6’ from the outer edge of the support structure on each side. The fall zone in front and back of the swing should extend out a minimum distance of twice the height of the swing as measured from the ground to the top of the swing support structure.

 3.Swing Spacing

To prevent injuries from impact with moving swings, swings should not be too close together or too close to support structures. Use the following guide:

• No more than two swing seats suspended in the same section or bay of the support structure. Use the following clearances for conventional to-fro swings:
  • Horizontal distance between adjacent swing seats - at least 24”.
  • Horizontal distance between swing seat and adjacent structural component- at least 30”.
• No more than one tire swing suspended in same section or bay of support structure. Distance between the outer-most edge of a tire swing and the adjacent upright of the support structure
• No swings attached to multi-activity equipment.
• No heavy animal swings with rigid metal framework.

 4. Elevated Surfaces

Platforms more than 30” above the ground should have guardrails to prevent falls.