Certified Playground Safety Inspector
(CPSI) Examination Questions And
Correct Answers (Verified Answers) Plus
Rationales 2026 Q&A | Instant
Download Pdf
Question 1
Which federal agency publishes the Public Playground Safety Handbook that
serves as the primary reference for the CPSI exam?
A. Consumer Product Safety Commission
B. Occupational Safety and Health Administration
C. Environmental Protection Agency
D. National Recreation and Park Association
Answer: A – Consumer Product Safety Commission. Rationale: The U.S.
Consumer Product Safety Commission (CPSC) publishes the Public Playground
Safety Handbook (currently Handbook #325), which is the foundational
document for playground safety standards referenced in the CPSI exam. OSHA
focuses on workplace safety, EPA on environmental issues, and NRPA offers
training but does not publish the primary handbook.
Question 2
According to the CPSC, what is the maximum recommended fall height for
playground equipment intended for children ages 2 to 12?
A. 6 feet
B. 8 feet
,C. 10 feet
D. 12 feet
Answer: D – 12 feet. Rationale: The CPSC Public Playground Safety Handbook
recommends that the maximum fall height for playground equipment, measured
from the highest standing surface to the protective surfacing beneath, should
not exceed 12 feet for the general age group of 5 to 12 years. For toddler
equipment (ages 2-5), the recommended maximum is lower, but the overall
maximum for any equipment is 12 feet.
Question 3
Which of the following is the most critical factor in determining the required
depth of loose-fill impact-attenuating surfacing?
A. Color of the surfacing material
B. Cost of the material per cubic yard
C. Critical fall height of the equipment
D. Local climate and rainfall patterns
Answer: C – Critical fall height of the equipment. Rationale: The required depth
of loose-fill surfacing (e.g., wood chips, sand, rubber mulch) is directly
determined by the critical fall height of the equipment – the maximum height
from which a child might fall. The higher the equipment, the greater the
required surfacing depth to achieve adequate impact attenuation. Color, cost,
and climate are secondary or irrelevant to depth calculations.
Question 4
What is the minimum clearance zone (use zone) required in front of and behind a
swing set with two or more swings?
A. 4 feet
B. 6 feet
C. 8 feet
D. 10 feet
,Answer: B – 6 feet. Rationale: The CPSC requires a use zone extending a
minimum of 6 feet in all directions from the outer edge of a swing set, but
specifically in front and behind the swing path, the use zone must be at least
twice the height of the pivot point (typically 6 feet for a standard 8-foot swing).
However, the most common standard is 6 feet minimum beyond the swing’s
forward and rearward travel arc when measured from the pivot point.
Question 5
A protrusion on a piece of playground equipment is measured to be 0.25 inches in
diameter and extends 0.4 inches beyond the surface. According to CPSC
guidelines, is this protrusion a hazard?
A. Yes, because it is less than 0.5 inches in diameter
B. No, because it is less than 0.5 inches in diameter
C. Yes, because it extends more than 0.375 inches
D. No, because it extends less than 0.5 inches
Answer: C – Yes, because it extends more than 0.375 inches. Rationale: The CPSC
protrusion standard states that any rigid projection with a diameter less than
0.5 inches that extends more than 0.375 inches beyond the surface is a
hazardous protrusion, as it can cause puncture or impalement injuries. In this
case, 0.4 inches exceeds 0.375, so it is a hazard regardless of diameter being less
than 0.5.
Question 6
Which type of playground surfacing provides the most consistent impact
attenuation regardless of weather conditions?
A. Engineered wood fiber
B. Pea gravel
C. Poured-in-place rubber
D. Sand
, Answer: C – Poured-in-place rubber. Rationale: Poured-in-place rubber (unitary
surfacing) provides uniform and consistent impact attenuation because it is not
subject to displacement, compaction, or freezing/thawing cycles that affect
loose-fill materials. Engineered wood fiber, pea gravel, and sand can shift,
decompose, or become displaced, altering their protective depth.
Question 7
What is the maximum allowable opening size in a guardrail or protective barrier to
prevent head entrapment for children?
A. 2.5 inches
B. 3.5 inches
C. 4.5 inches
D. 5.5 inches
Answer: B – 3.5 inches. Rationale: The CPSC and ASTM F1487 standard specify
that openings in guardrails, barriers, and other enclosure components must not
allow a 3.5-inch sphere to pass through, as this prevents head entrapment for
young children. Openings between 3.5 and 9 inches are considered entrapment
hazards because a child’s body can pass through but the head cannot.
Question 8
Which of the following is the correct maximum gap between the seat and the
suspension element of a swing to prevent entanglement?
A. 0.5 inches
B. 1.0 inch
C. 1.5 inches
D. 2.0 inches
Answer: B – 1.0 inch. Rationale: The CPSC requires that the gap between the
swing seat and the suspension element (e.g., chain or rope) must be less than
1.0 inch or greater than 9 inches to prevent finger or clothing entanglement. The
1.0-inch maximum is the critical threshold to avoid trapping small fingers.
(CPSI) Examination Questions And
Correct Answers (Verified Answers) Plus
Rationales 2026 Q&A | Instant
Download Pdf
Question 1
Which federal agency publishes the Public Playground Safety Handbook that
serves as the primary reference for the CPSI exam?
A. Consumer Product Safety Commission
B. Occupational Safety and Health Administration
C. Environmental Protection Agency
D. National Recreation and Park Association
Answer: A – Consumer Product Safety Commission. Rationale: The U.S.
Consumer Product Safety Commission (CPSC) publishes the Public Playground
Safety Handbook (currently Handbook #325), which is the foundational
document for playground safety standards referenced in the CPSI exam. OSHA
focuses on workplace safety, EPA on environmental issues, and NRPA offers
training but does not publish the primary handbook.
Question 2
According to the CPSC, what is the maximum recommended fall height for
playground equipment intended for children ages 2 to 12?
A. 6 feet
B. 8 feet
,C. 10 feet
D. 12 feet
Answer: D – 12 feet. Rationale: The CPSC Public Playground Safety Handbook
recommends that the maximum fall height for playground equipment, measured
from the highest standing surface to the protective surfacing beneath, should
not exceed 12 feet for the general age group of 5 to 12 years. For toddler
equipment (ages 2-5), the recommended maximum is lower, but the overall
maximum for any equipment is 12 feet.
Question 3
Which of the following is the most critical factor in determining the required
depth of loose-fill impact-attenuating surfacing?
A. Color of the surfacing material
B. Cost of the material per cubic yard
C. Critical fall height of the equipment
D. Local climate and rainfall patterns
Answer: C – Critical fall height of the equipment. Rationale: The required depth
of loose-fill surfacing (e.g., wood chips, sand, rubber mulch) is directly
determined by the critical fall height of the equipment – the maximum height
from which a child might fall. The higher the equipment, the greater the
required surfacing depth to achieve adequate impact attenuation. Color, cost,
and climate are secondary or irrelevant to depth calculations.
Question 4
What is the minimum clearance zone (use zone) required in front of and behind a
swing set with two or more swings?
A. 4 feet
B. 6 feet
C. 8 feet
D. 10 feet
,Answer: B – 6 feet. Rationale: The CPSC requires a use zone extending a
minimum of 6 feet in all directions from the outer edge of a swing set, but
specifically in front and behind the swing path, the use zone must be at least
twice the height of the pivot point (typically 6 feet for a standard 8-foot swing).
However, the most common standard is 6 feet minimum beyond the swing’s
forward and rearward travel arc when measured from the pivot point.
Question 5
A protrusion on a piece of playground equipment is measured to be 0.25 inches in
diameter and extends 0.4 inches beyond the surface. According to CPSC
guidelines, is this protrusion a hazard?
A. Yes, because it is less than 0.5 inches in diameter
B. No, because it is less than 0.5 inches in diameter
C. Yes, because it extends more than 0.375 inches
D. No, because it extends less than 0.5 inches
Answer: C – Yes, because it extends more than 0.375 inches. Rationale: The CPSC
protrusion standard states that any rigid projection with a diameter less than
0.5 inches that extends more than 0.375 inches beyond the surface is a
hazardous protrusion, as it can cause puncture or impalement injuries. In this
case, 0.4 inches exceeds 0.375, so it is a hazard regardless of diameter being less
than 0.5.
Question 6
Which type of playground surfacing provides the most consistent impact
attenuation regardless of weather conditions?
A. Engineered wood fiber
B. Pea gravel
C. Poured-in-place rubber
D. Sand
, Answer: C – Poured-in-place rubber. Rationale: Poured-in-place rubber (unitary
surfacing) provides uniform and consistent impact attenuation because it is not
subject to displacement, compaction, or freezing/thawing cycles that affect
loose-fill materials. Engineered wood fiber, pea gravel, and sand can shift,
decompose, or become displaced, altering their protective depth.
Question 7
What is the maximum allowable opening size in a guardrail or protective barrier to
prevent head entrapment for children?
A. 2.5 inches
B. 3.5 inches
C. 4.5 inches
D. 5.5 inches
Answer: B – 3.5 inches. Rationale: The CPSC and ASTM F1487 standard specify
that openings in guardrails, barriers, and other enclosure components must not
allow a 3.5-inch sphere to pass through, as this prevents head entrapment for
young children. Openings between 3.5 and 9 inches are considered entrapment
hazards because a child’s body can pass through but the head cannot.
Question 8
Which of the following is the correct maximum gap between the seat and the
suspension element of a swing to prevent entanglement?
A. 0.5 inches
B. 1.0 inch
C. 1.5 inches
D. 2.0 inches
Answer: B – 1.0 inch. Rationale: The CPSC requires that the gap between the
swing seat and the suspension element (e.g., chain or rope) must be less than
1.0 inch or greater than 9 inches to prevent finger or clothing entanglement. The
1.0-inch maximum is the critical threshold to avoid trapping small fingers.
