CPSI Exam 2026/2027 Certified Playground Safety Inspector –
Detailed Rationales | Graded A+ | Complete Exam-Style
Questions – Pass Guaranteed – A+ Graded
Version: 2026/2027 Update
Total Questions: 60
Time Allowed: 120 minutes
Passing Score: 80%
Question Types: Multiple-Choice (MCQ), Select-All-That-Apply (SATA), Scenario-Based
Analysis, and Technical Exhibit Interpretation
Section A: Hazard Identification and Risk Assessment (Questions
1–12)
Question 1
A playground inspector is evaluating a public park built in 2018. The inspector identifies
a swing set with two belt swings and one bucket swing for toddlers. The use zone for
the swings extends 6 feet in front and behind the arc of the swing, and 6 feet to each
side of the support structure. The surfacing beneath the swings is 6 inches of
engineered wood fiber (EWF). The inspector also notes that a concrete park bench is
,positioned 5 feet behind the bucket swing at the full extension of its arc. Which finding
represents the most critical safety violation requiring immediate remediation?
A. The use zone extending only 6 feet to each side of the support structure
B. The 6-inch depth of engineered wood fiber beneath the swings
C. The concrete park bench located within the swing use zone
D. The presence of a bucket swing on the same bay as belt swings
Correct Answer: C
Rationale: Per the Public Playground Safety Handbook and ASTM F1487, the use zone
for a swing extends a minimum of twice the height of the pivot point in front and behind
the arc of the swing (not 6 feet). More critically, a fixed obstacle (concrete bench) within
the use zone at the full extension of the swing arc presents an immediate entrapment
and impact hazard. Children on swings or those entering/exiting the use zone could
collide with the bench, resulting in serious head or bodily injury. The use zone dimension
(A) is incorrect but less immediately hazardous than a fixed obstacle. EWF depth (B) at
6 inches may be marginal but is not the most critical violation. Mixed swing types (D)
are acceptable if properly spaced.
Question 2 (SATA — Select All That Apply)
During a routine inspection of a school playground, the inspector observes the following
conditions on a composite play structure designed for children ages 5–12. Which
conditions constitute entrapment hazards requiring immediate corrective action?
A. An opening between horizontal ladder rungs measuring 3.5 inches in width
,B. A triangular opening formed by the deck, support post, and diagonal brace with one
side 3.5 inches and adjacent side 6.5 inches
C. A gap between the platform edge and the guardrail measuring 4.5 inches horizontally
D. A fully-bounded opening in a climbing wall with interior horizontal depth of 3.0 inches
and width of 9.0 inches
E. An opening in a tube slide where the interior diameter measures 28 inches
Correct Answers: B, C
Rationale: Entrapment hazards are defined by specific dimensional criteria. A triangular
opening with one side between 3.5 and 9.0 inches and an adjacent side greater than 3.5
inches (B) creates a head entrapment risk because a child's body can pass through
while the head cannot. A gap between 3.5 and 9.0 inches (C) presents a torso
entrapment hazard. Horizontal ladder rungs (A) are exempt from entrapment testing if
they are part of a climbing component. Fully-bounded openings greater than 3.5 inches
but with interior horizontal depth less than 3.5 inches (D) do not constitute entrapment
hazards per the critical depth test. Tube slides with interior diameters between 23 and
28 inches (E) are acceptable and do not create entrapment if properly designed.
Question 3
An inspector is evaluating a playground built in 2015 with poured-in-place rubber (PIP)
surfacing. The surfacing shows the following conditions: several areas with cracks 0.75
inches wide and 2 inches deep; surface temperature readings of 142°F in direct sunlight
at 2:00 PM; and a depression in front of a slide exit measuring 8 inches deep where the
PIP has compacted. The critical fall height (CFH) of the tallest accessible component is
, 8 feet. Which condition presents the most severe immediate risk of traumatic brain
injury?
A. The cracked surfacing with 0.75-inch gaps
B. The surface temperature of 142°F
C. The 8-inch depression at the slide exit within the use zone
D. All conditions present equivalent risk levels
Correct Answer: C
Rationale: The 8-inch depression at the slide exit represents a critical surfacing failure.
Per ASTM F1292 and F3313, poured-in-place rubber must maintain uniform thickness
and impact attenuation properties within the use zone. A depression of this depth
indicates material displacement, loss of shock-absorbing properties, and potential for a
child to trip or strike the underlying compacted base. Given the 8-foot CFH, the
surfacing may no longer meet the 200 HIC (Head Injury Criterion) and 1000 G-max
thresholds. While cracks (A) require repair and surface temperature (B) presents burn
risk, the depression creates the most direct mechanism for severe head impact.
Question 4
The following data are recorded from a playground impact attenuation test using a
triaxial accelerometer dropped from the critical fall height of 6 feet onto loose-fill rubber
mulch:
Table
Test Location HIC G-max Surfacing Depth
Detailed Rationales | Graded A+ | Complete Exam-Style
Questions – Pass Guaranteed – A+ Graded
Version: 2026/2027 Update
Total Questions: 60
Time Allowed: 120 minutes
Passing Score: 80%
Question Types: Multiple-Choice (MCQ), Select-All-That-Apply (SATA), Scenario-Based
Analysis, and Technical Exhibit Interpretation
Section A: Hazard Identification and Risk Assessment (Questions
1–12)
Question 1
A playground inspector is evaluating a public park built in 2018. The inspector identifies
a swing set with two belt swings and one bucket swing for toddlers. The use zone for
the swings extends 6 feet in front and behind the arc of the swing, and 6 feet to each
side of the support structure. The surfacing beneath the swings is 6 inches of
engineered wood fiber (EWF). The inspector also notes that a concrete park bench is
,positioned 5 feet behind the bucket swing at the full extension of its arc. Which finding
represents the most critical safety violation requiring immediate remediation?
A. The use zone extending only 6 feet to each side of the support structure
B. The 6-inch depth of engineered wood fiber beneath the swings
C. The concrete park bench located within the swing use zone
D. The presence of a bucket swing on the same bay as belt swings
Correct Answer: C
Rationale: Per the Public Playground Safety Handbook and ASTM F1487, the use zone
for a swing extends a minimum of twice the height of the pivot point in front and behind
the arc of the swing (not 6 feet). More critically, a fixed obstacle (concrete bench) within
the use zone at the full extension of the swing arc presents an immediate entrapment
and impact hazard. Children on swings or those entering/exiting the use zone could
collide with the bench, resulting in serious head or bodily injury. The use zone dimension
(A) is incorrect but less immediately hazardous than a fixed obstacle. EWF depth (B) at
6 inches may be marginal but is not the most critical violation. Mixed swing types (D)
are acceptable if properly spaced.
Question 2 (SATA — Select All That Apply)
During a routine inspection of a school playground, the inspector observes the following
conditions on a composite play structure designed for children ages 5–12. Which
conditions constitute entrapment hazards requiring immediate corrective action?
A. An opening between horizontal ladder rungs measuring 3.5 inches in width
,B. A triangular opening formed by the deck, support post, and diagonal brace with one
side 3.5 inches and adjacent side 6.5 inches
C. A gap between the platform edge and the guardrail measuring 4.5 inches horizontally
D. A fully-bounded opening in a climbing wall with interior horizontal depth of 3.0 inches
and width of 9.0 inches
E. An opening in a tube slide where the interior diameter measures 28 inches
Correct Answers: B, C
Rationale: Entrapment hazards are defined by specific dimensional criteria. A triangular
opening with one side between 3.5 and 9.0 inches and an adjacent side greater than 3.5
inches (B) creates a head entrapment risk because a child's body can pass through
while the head cannot. A gap between 3.5 and 9.0 inches (C) presents a torso
entrapment hazard. Horizontal ladder rungs (A) are exempt from entrapment testing if
they are part of a climbing component. Fully-bounded openings greater than 3.5 inches
but with interior horizontal depth less than 3.5 inches (D) do not constitute entrapment
hazards per the critical depth test. Tube slides with interior diameters between 23 and
28 inches (E) are acceptable and do not create entrapment if properly designed.
Question 3
An inspector is evaluating a playground built in 2015 with poured-in-place rubber (PIP)
surfacing. The surfacing shows the following conditions: several areas with cracks 0.75
inches wide and 2 inches deep; surface temperature readings of 142°F in direct sunlight
at 2:00 PM; and a depression in front of a slide exit measuring 8 inches deep where the
PIP has compacted. The critical fall height (CFH) of the tallest accessible component is
, 8 feet. Which condition presents the most severe immediate risk of traumatic brain
injury?
A. The cracked surfacing with 0.75-inch gaps
B. The surface temperature of 142°F
C. The 8-inch depression at the slide exit within the use zone
D. All conditions present equivalent risk levels
Correct Answer: C
Rationale: The 8-inch depression at the slide exit represents a critical surfacing failure.
Per ASTM F1292 and F3313, poured-in-place rubber must maintain uniform thickness
and impact attenuation properties within the use zone. A depression of this depth
indicates material displacement, loss of shock-absorbing properties, and potential for a
child to trip or strike the underlying compacted base. Given the 8-foot CFH, the
surfacing may no longer meet the 200 HIC (Head Injury Criterion) and 1000 G-max
thresholds. While cracks (A) require repair and surface temperature (B) presents burn
risk, the depression creates the most direct mechanism for severe head impact.
Question 4
The following data are recorded from a playground impact attenuation test using a
triaxial accelerometer dropped from the critical fall height of 6 feet onto loose-fill rubber
mulch:
Table
Test Location HIC G-max Surfacing Depth
