Calculating a playground slide’s fall-height and fall-zone for FallZone Safety Surfacing

1. Determine the Fall-Height (H) for Playground Surface
– Definition: The fall-height is the vertical distance from the highest point of the slide (where a child could potentially fall) to the ground or FallZone protective surfacing below.
– Measurement:
– Identify the highest part of the slide platform or structure where a child could fall. In the image, this is labeled as “H.”
– Measure vertically from this point straight down to the ground or surfacing.
– Example: If the slide platform is 5 feet above the ground, the fall-height (H) is 5 feet.
– Purpose: This measurement determines the critical height requirement for the surfacing material to ensure it can absorb the impact of a fall from that height.
2. Determine the Fall-Zone for Playground Surface
– Definition: The fall-zone is the area around and beneath the slide where a child might land if they fall. It must be covered with protective FallZone Playground Surfacing to reduce injury risk.
– Measurement (as shown in the image):
– Slide Exit Zone:
– At the slide’s exit (where the child lands), the fall-zone extends 6 feet in all directions from the end of the slide. This is the “Slide Exit Zone” in the image.
– If the slide height (H) is greater than 4 feet, the exit zone should extend a distance equal to the height of the slide (H) but at least 6 feet. For example, if H is 5 feet, the exit zone extends 6 feet (minimum requirement).
– Around the Slide Structure:
– The fall-zone extends 6 feet in all directions from the slide’s perimeter, including the sides and top. This ensures the FallZone Playground Surface coverage for falls from any part of the slide.
– In the image, the fall-zone around the slide is marked as 6 feet on all sides, including the top and sides of the slide structure.
– Total Fall-Zone Area:
– Combine the exit zone and the perimeter zone. For a slide, this typically forms an elongated shape: a 6-foot radius around the slide structure, extending an additional 6 feet (or more, depending on H) at the exit.
– In the image, the fall-zone is shown as a red area around the slide, with a yellow section at the exit, indicating the critical landing area.
3. Ensure Compliance with Safety Standards for Playground Surface
– The fall-zone and fall-height measurements should comply with safety standards like those set by the Consumer Product Safety Commission (CPSC) and the American Society for Testing and Materials (ASTM), specifically ASTM F1487.
– For slides, the surfacing material must have a critical height rating equal to or greater than the fall-height (H). For example, if H is 5 feet, the surfacing must be rated to protect falls from at least 5 feet.
4. Practical Steps for Implementation for Playground Surfacing
– Measure the Slide: Use a tape measure to determine the height (H) and the dimensions of the slide structure.
– Mark the Fall-Zone: Use stakes, chalk, or cones to mark a 6-foot perimeter around the slide and an additional 6 feet (or more, based on H) at the exit.
– Choose Appropriate Surfacing: Select a FallZone playground safety surfacing material that meets the critical height requirement for the measured fall-height.
Why FallZone Poured-in-Place Playground Surfacing is Ideal for playground equipment safety.
FallZone Poured-in-Place playground surfacing is an excellent choice for playgrounds at schools, daycares, parks, and childcare centers for the following reasons:
1. Superior Impact Attenuation:
– FallZone Poured-in-Place Playground Surfacing
consists of two layers: a cushioned base layer (made of recycled rubber) and a top wear layer (made of TPV rubber granules). This dual-layer system is designed to absorb impacts effectively, reducing the risk of injury from falls.
– It can be customized to meet the critical height requirements for various fall-heights, ensuring compliance with ASTM and CPSC standards.
2. Seamless and Durable Design:
– The FallZone Poured-in-Place Playground Surfacing
method creates a seamless surface with no gaps or joints, reducing tripping hazards and ensuring consistent protection across the entire fall-zone.
– It’s highly durable and can withstand heavy use and weather conditions, making it ideal for high-traffic playgrounds.
3. Low Maintenance:
– Unlike loose-fill materials (e.g., wood chips or sand),
doesn’t require frequent replenishment or leveling. It stays in place, ensuring long-term safety with minimal upkeep.
4. Accessibility:
– FallZone Poured-in-Place Playground Surfacing
is ADA-compliant, providing a smooth, firm surface that accommodates wheelchairs and other mobility devices, ensuring inclusivity for all children.
5. Customizable and Aesthetically Pleasing:
– Available in various colors and patterns,
can enhance the visual appeal of a playground while maintaining safety.
– It can be poured to fit the exact dimensions of the fall-zone, as shown in the image, ensuring full coverage.
6. Long-Term Cost-Effectiveness:
– While the initial cost may be higher than loose-fill options, FallZone Poured-in-Place Playground Safety Surfacing durability and low maintenance needs make it a cost-effective solution over time for schools, daycares, and parks.
For more details on FallZone Poured-in-Place playground surfacing, including specifications and installation options, visit their website: fallzonesafetysurfacing.com or contact them at 1-888-808-1587 for more information.
Contact Your FallZone Surfacing Specialist Today For More Information
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