RESNA ATP Actual ExamII
300 Actual Questions and Verified Answers
Latest Version 2026 – 100% Pass
A definitive, high-density study resource featuring 33300 realistic multiple-choice
questions meticulously aligned with the official RESNA ATP exam blueprint. This
practice bank covers all core competencies, including Assessment of Client
Needs, Selection and Design of Assistive Technology, Fitting, Delivery, and
Training (Implementation), Evaluation of Effectiveness (Outcomes), and
Professional Practice & Ethics. Every question features the correct answer in
bold and a detailed, clinical rationale in italics to reinforce complex concepts like
seating physics, multi-tenant accessibility, and ethical advocacy, ensuring peak
exam readiness.
1. A client with C6 tetraplegia is being evaluated for a manual wheelchair. During the
upper extremity mat assessment, which physical function must be checked to determine
if they can safely transfer independently using a tenodesis grasp?
A. Active wrist flexion
B. Passive wrist extension with concurrent finger flexion
C. Active finger abduction
D. Shoulder internal rotation range of motion
Rationale: A tenodesis grasp relies on passive structural shortening; extending the wrist
naturally pulls the fingers into a functional flexion grip. Evaluating passive wrist
extension ensures this biomechanical property is intact.
2. An ATP is assessing a child with severe athetoid cerebral palsy for a communication
device switch site. Which physical presentation should the ATP screen for first to avoid
accidental switch triggers?
A. Pure microtonal finger twitching
B. The presence of primitive reflexes, such as the asymmetrical tonic neck reflex
(ATNR)
C. Maximum grip strength output on a dynamometer
D. Absolute passive hamstring length
, Rationale: In individuals with athetoid cerebral palsy, turning the head can trigger a
primitive reflex arc like the ATNR, causing involuntary arm extension. Switch sites must
be chosen where these reflexes will not cause accidental triggers.
3. During a seating evaluation, an ATP notes that a client's pelvic obliquity resolves
completely when their lower extremities are manipulated on the mat table. How should
this obliquity be classified?
A. Fixed structural orthopedic skeletal deformity
B. Flexible positioning deviation that should be corrected
C. Permanent asymmetric hip joint contracture
D. Pelmic alignment translation requiring structural foam accommodation
Rationale: If a deformity resolves during a gravity-minimized mat assessment, it is
flexible. The seating system should correct flexible postures toward neutral rather than
accommodating them.
4. Which assessment model explicitly organizes the evaluation process around the
interactions between four distinct components: the Human, the Activity, the Assistive
Technology, and the Context?
A. The HAAT Model
B. The Participation Model
C. The SETT Framework
D. The MPT Model
Rationale: The Human Activity Assistive Technology (HAAT) model assesses how a
person (Human) performs a task (Activity) using a device (AT) within a specific
environment (Context).
5. When evaluating a client with a progressive condition like Multiple Sclerosis (MS) for
assistive technology, what is the most important planning factor?
A. Setting up an interface that requires high-intensity fine motor finger control.
B. Standardizing the evaluation to a single point in time.
C. Choosing systems that are highly expandable and adaptable to accommodate
future functional decline.
D. Focusing entirely on low-tech options to reduce the client's cognitive load.
Rationale: Progressive neurological conditions feature changing physical profiles over
time. Selecting expandable systems ensures that the user's technology can pivot to
alternative access methods as their function declines.
6. What is the primary purpose of a visual-perceptual assessment during an evaluation for
a power mobility device?
A. Measuring the exact boundaries of the peripheral visual field.
B. Evaluating the client’s spatial awareness, depth perception, and ability to
safely navigate around obstacles.
C. Assessing the physical strength of the extraocular muscles.
D. Determining the minimum font size the client can read on a monitor display.
Rationale: Visual-perceptual processing allows a driver to judge distances, navigate
tight hallways, and avoid hazards. This skill is critical for safe power wheelchair
operation.
7. An ATP notes that a client's head falls forward into flexion when driving their power
wheelchair over outdoor terrain, though they maintain midline alignment in the clinic.
, Which assessment component was missing or inadequate?
A. Fine motor finger mapping.
B. Lower extremity range of motion on a mat table.
C. Evaluation of trunk and neck stability under dynamic conditions.
D. Standard visual acuity profiling.
Rationale: Static seating assessments do not capture the forces applied to a body in
motion. Evaluating stability under dynamic conditions simulates real-world
environments, highlighting the need for functional head or chest supports.
8. Which environmental metric is most critical to evaluate when recommending an acoustic
voice-activated environmental control unit (ECU) for a smart home?
A. The height of the exterior doorway threshold plates.
B. The physical width of the interior hallways.
C. Ambient noise levels and wireless network connectivity across the residence.
D. The type of flooring material used in the master bedroom.
Rationale: Voice-recognition ECUs rely on clear audio input and cloud processing. High
ambient noise can interfere with voice commands, and a lack of reliable Wi-Fi prevents
device communication.
9. A mat evaluation reveals that a client's pelvic obliquity does not shift or reduce when the
pelvis is placed in a neutral position. How should the custom seating system handle this
posture?
A. Accommodate the fixed deformity with asymmetrical support to distribute
pressure evenly.
B. Use aggressive lateral force pads to push the pelvis into a level position.
C. Position a wedge under the high side of the pelvis to force alignment.
D. Recommend a generic off-the-shelf linear foam backrest.
Rationale: Fixed deformities cannot be corrected without causing pain or tissue
damage. Seating systems must accommodate fixed deformities by mirroring the shape
to distribute pressure and prevent skin breakdown.
10. Which standardized assessment tool focuses specifically on matching an individual's
personality, technology temperament, and functional goals to an assistive device?
A. The School Function Assessment (SFA)
B. The Quebec User Evaluation of Satisfaction with Assistive Technology (QUEST)
C. The Matching Person and Technology (MPT) model
D. The Psychosocial Impact of Assistive Devices Scale (PIADS)
Rationale: The MPT assessment instrument measures the user's predisposition to
technology use, tracking personal and environmental factors to reduce the risk of
technology abandonment.
Domain 2: Selection of Assistive Technology (Design &
Component Matching)
, 11. A client manual wheelchair user has very low cardiovascular endurance but wants to
continue self-propelling independently over a hilly college campus. Which technology
configuration is most appropriate?
A. A standard heavy depot manual wheelchair base.
B. A sport-configured rigid manual wheelchair with high-rolling-resistance tires.
C. An ultra-lightweight manual wheelchair fitted with a power-assist wheel
system.
D. A rear-wheel-drive power wheelchair with heavy-duty gel batteries.
Rationale: Power-assist wheels attach to an ultra-lightweight manual wheelchair,
magnifying the user's push strokes. This preserves the portability of a manual chair
while reducing cardiac strain on inclines.
12. Which wheelchair seat cushion material provides excellent pressure redistribution via
immersion and envelopment but requires regular user or caregiver maintenance to
monitor inflation levels?
A. Contoured closed-cell polyurethane foam
B. Air-filled elastomeric cell cushions
C. Solid thermoplastic honeycomb elastomers
D. Compressed heavy gel overlay blocks
Rationale: Air-cell cushions offer exceptional immersion and envelopment to protect
high-risk skin, but they are vulnerable to leaks or shifts and require regular monitoring to
ensure adequate air inflation/fluid volume.
13. A student uses a head array to drive a power wheelchair. The ATP wants to add a
speech-generating device that uses the same head sensors. Which component is
required to combine these functions?
A. A standalone mechanical toggle box.
B. An integrated control module or switch interface bypass within the
wheelchair's electronics display.
C. A separate Bluetooth dongle for each sensor switch.
D. A dynamic proportional joystick converter.
Rationale: Modern power wheelchair electronics contain integrated controllers (e.g., R-
net Omni) that allow input devices (like a head array) to switch profiles, allowing the
user to operate both mobility and an external AAC device using the same switches.
14. A client with C4 tetraplegia retains reliable neck movement but has zero upper extremity
function. They want to operate a computer and navigate smart home devices
independently. Which interface is best?
A. An expanded keyboard layout with a standard trackball.
B. A head-tracking mouse system paired with an on-screen keyboard and an
integrated ECU.
C. A standard voice-to-text program without environmental controls.
D. A mechanical chin-controlled proportional joystick mapped to a single macro board.
Rationale: Head-tracking systems translate small head movements into mouse pointer
actions. Combined with an on-screen keyboard and an ECU, a user with C4 tetraplegia
can gain independent access to computers, phones, and appliances.
15. Why would an ATP select a front-wheel-drive power wheelchair base over a rear-wheel-
drive configuration for an indoor home environment?
300 Actual Questions and Verified Answers
Latest Version 2026 – 100% Pass
A definitive, high-density study resource featuring 33300 realistic multiple-choice
questions meticulously aligned with the official RESNA ATP exam blueprint. This
practice bank covers all core competencies, including Assessment of Client
Needs, Selection and Design of Assistive Technology, Fitting, Delivery, and
Training (Implementation), Evaluation of Effectiveness (Outcomes), and
Professional Practice & Ethics. Every question features the correct answer in
bold and a detailed, clinical rationale in italics to reinforce complex concepts like
seating physics, multi-tenant accessibility, and ethical advocacy, ensuring peak
exam readiness.
1. A client with C6 tetraplegia is being evaluated for a manual wheelchair. During the
upper extremity mat assessment, which physical function must be checked to determine
if they can safely transfer independently using a tenodesis grasp?
A. Active wrist flexion
B. Passive wrist extension with concurrent finger flexion
C. Active finger abduction
D. Shoulder internal rotation range of motion
Rationale: A tenodesis grasp relies on passive structural shortening; extending the wrist
naturally pulls the fingers into a functional flexion grip. Evaluating passive wrist
extension ensures this biomechanical property is intact.
2. An ATP is assessing a child with severe athetoid cerebral palsy for a communication
device switch site. Which physical presentation should the ATP screen for first to avoid
accidental switch triggers?
A. Pure microtonal finger twitching
B. The presence of primitive reflexes, such as the asymmetrical tonic neck reflex
(ATNR)
C. Maximum grip strength output on a dynamometer
D. Absolute passive hamstring length
, Rationale: In individuals with athetoid cerebral palsy, turning the head can trigger a
primitive reflex arc like the ATNR, causing involuntary arm extension. Switch sites must
be chosen where these reflexes will not cause accidental triggers.
3. During a seating evaluation, an ATP notes that a client's pelvic obliquity resolves
completely when their lower extremities are manipulated on the mat table. How should
this obliquity be classified?
A. Fixed structural orthopedic skeletal deformity
B. Flexible positioning deviation that should be corrected
C. Permanent asymmetric hip joint contracture
D. Pelmic alignment translation requiring structural foam accommodation
Rationale: If a deformity resolves during a gravity-minimized mat assessment, it is
flexible. The seating system should correct flexible postures toward neutral rather than
accommodating them.
4. Which assessment model explicitly organizes the evaluation process around the
interactions between four distinct components: the Human, the Activity, the Assistive
Technology, and the Context?
A. The HAAT Model
B. The Participation Model
C. The SETT Framework
D. The MPT Model
Rationale: The Human Activity Assistive Technology (HAAT) model assesses how a
person (Human) performs a task (Activity) using a device (AT) within a specific
environment (Context).
5. When evaluating a client with a progressive condition like Multiple Sclerosis (MS) for
assistive technology, what is the most important planning factor?
A. Setting up an interface that requires high-intensity fine motor finger control.
B. Standardizing the evaluation to a single point in time.
C. Choosing systems that are highly expandable and adaptable to accommodate
future functional decline.
D. Focusing entirely on low-tech options to reduce the client's cognitive load.
Rationale: Progressive neurological conditions feature changing physical profiles over
time. Selecting expandable systems ensures that the user's technology can pivot to
alternative access methods as their function declines.
6. What is the primary purpose of a visual-perceptual assessment during an evaluation for
a power mobility device?
A. Measuring the exact boundaries of the peripheral visual field.
B. Evaluating the client’s spatial awareness, depth perception, and ability to
safely navigate around obstacles.
C. Assessing the physical strength of the extraocular muscles.
D. Determining the minimum font size the client can read on a monitor display.
Rationale: Visual-perceptual processing allows a driver to judge distances, navigate
tight hallways, and avoid hazards. This skill is critical for safe power wheelchair
operation.
7. An ATP notes that a client's head falls forward into flexion when driving their power
wheelchair over outdoor terrain, though they maintain midline alignment in the clinic.
, Which assessment component was missing or inadequate?
A. Fine motor finger mapping.
B. Lower extremity range of motion on a mat table.
C. Evaluation of trunk and neck stability under dynamic conditions.
D. Standard visual acuity profiling.
Rationale: Static seating assessments do not capture the forces applied to a body in
motion. Evaluating stability under dynamic conditions simulates real-world
environments, highlighting the need for functional head or chest supports.
8. Which environmental metric is most critical to evaluate when recommending an acoustic
voice-activated environmental control unit (ECU) for a smart home?
A. The height of the exterior doorway threshold plates.
B. The physical width of the interior hallways.
C. Ambient noise levels and wireless network connectivity across the residence.
D. The type of flooring material used in the master bedroom.
Rationale: Voice-recognition ECUs rely on clear audio input and cloud processing. High
ambient noise can interfere with voice commands, and a lack of reliable Wi-Fi prevents
device communication.
9. A mat evaluation reveals that a client's pelvic obliquity does not shift or reduce when the
pelvis is placed in a neutral position. How should the custom seating system handle this
posture?
A. Accommodate the fixed deformity with asymmetrical support to distribute
pressure evenly.
B. Use aggressive lateral force pads to push the pelvis into a level position.
C. Position a wedge under the high side of the pelvis to force alignment.
D. Recommend a generic off-the-shelf linear foam backrest.
Rationale: Fixed deformities cannot be corrected without causing pain or tissue
damage. Seating systems must accommodate fixed deformities by mirroring the shape
to distribute pressure and prevent skin breakdown.
10. Which standardized assessment tool focuses specifically on matching an individual's
personality, technology temperament, and functional goals to an assistive device?
A. The School Function Assessment (SFA)
B. The Quebec User Evaluation of Satisfaction with Assistive Technology (QUEST)
C. The Matching Person and Technology (MPT) model
D. The Psychosocial Impact of Assistive Devices Scale (PIADS)
Rationale: The MPT assessment instrument measures the user's predisposition to
technology use, tracking personal and environmental factors to reduce the risk of
technology abandonment.
Domain 2: Selection of Assistive Technology (Design &
Component Matching)
, 11. A client manual wheelchair user has very low cardiovascular endurance but wants to
continue self-propelling independently over a hilly college campus. Which technology
configuration is most appropriate?
A. A standard heavy depot manual wheelchair base.
B. A sport-configured rigid manual wheelchair with high-rolling-resistance tires.
C. An ultra-lightweight manual wheelchair fitted with a power-assist wheel
system.
D. A rear-wheel-drive power wheelchair with heavy-duty gel batteries.
Rationale: Power-assist wheels attach to an ultra-lightweight manual wheelchair,
magnifying the user's push strokes. This preserves the portability of a manual chair
while reducing cardiac strain on inclines.
12. Which wheelchair seat cushion material provides excellent pressure redistribution via
immersion and envelopment but requires regular user or caregiver maintenance to
monitor inflation levels?
A. Contoured closed-cell polyurethane foam
B. Air-filled elastomeric cell cushions
C. Solid thermoplastic honeycomb elastomers
D. Compressed heavy gel overlay blocks
Rationale: Air-cell cushions offer exceptional immersion and envelopment to protect
high-risk skin, but they are vulnerable to leaks or shifts and require regular monitoring to
ensure adequate air inflation/fluid volume.
13. A student uses a head array to drive a power wheelchair. The ATP wants to add a
speech-generating device that uses the same head sensors. Which component is
required to combine these functions?
A. A standalone mechanical toggle box.
B. An integrated control module or switch interface bypass within the
wheelchair's electronics display.
C. A separate Bluetooth dongle for each sensor switch.
D. A dynamic proportional joystick converter.
Rationale: Modern power wheelchair electronics contain integrated controllers (e.g., R-
net Omni) that allow input devices (like a head array) to switch profiles, allowing the
user to operate both mobility and an external AAC device using the same switches.
14. A client with C4 tetraplegia retains reliable neck movement but has zero upper extremity
function. They want to operate a computer and navigate smart home devices
independently. Which interface is best?
A. An expanded keyboard layout with a standard trackball.
B. A head-tracking mouse system paired with an on-screen keyboard and an
integrated ECU.
C. A standard voice-to-text program without environmental controls.
D. A mechanical chin-controlled proportional joystick mapped to a single macro board.
Rationale: Head-tracking systems translate small head movements into mouse pointer
actions. Combined with an on-screen keyboard and an ECU, a user with C4 tetraplegia
can gain independent access to computers, phones, and appliances.
15. Why would an ATP select a front-wheel-drive power wheelchair base over a rear-wheel-
drive configuration for an indoor home environment?
