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Textbook
Introduction
1. Safe and effective care environment
2. Health promotion and maintenance
3. Psychosocial Integrity
4. Physiological Integrity
4.1 Basic care and comfort
4.1.1 Assistive devices and mobility aids
4.1.2 Comfort measures
4.1.3 Nutrition and hydration support
4.1.4 Elimination support
4.1.5 Rest, sleep, and pain management
4.1.6 Non-pharmacological therapies
4.2 Pharmacological and parenteral therapies
4.3 Reduction of risk potential
4.4 Physiological adaptation
Wrapping up
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4.1.1 Assistive devices and mobility aids
Achievable NCLEX
4. Physiological Integrity
4.1. Basic care and comfort
Our NCLEX course is currently in development and is a work-in-progress.

Assistive devices and mobility aids

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Introduction

After illness, injury, or surgery, many clients, especially older adults, must regain independence in small steps. Assistive devices and mobility aids bridge the gap between dependence and autonomy, making daily activities safer and restoring confidence.

On the NCLEX, you’re expected to recognize common devices, understand their safe use, and educate clients on adapting to them post-hospitalization.

NGN insight: Mobility aids promote safety, independence, and healing. Improper use can increase fall risk. Nurses play a key role in teaching proper use and monitoring for complications.

Learning objectives

By the end of this section, you should be able to:

  • Identify commonly used assistive devices in older adult and post-operative populations
  • Understand appropriate nursing interventions to support safe device use
  • Educate clients and caregivers on proper positioning, transfer technique, and home safety
  • Recognize warning signs of misuse or complications
  • Apply this knowledge to client-centered scenarios and NCLEX-style questions

Common assistive devices

The following devices are the most frequently encountered in clinical care for clients with limited mobility, particularly after surgery, during rehabilitation, or in geriatric settings.

Walkers

Walkers provide broad-based support and are ideal for clients with poor balance or weakness in both legs. They require sufficient upper body strength and cognitive awareness.

  • Standard walker (no wheels): Best for stable environments or when maximum support is needed.
  • Rolling walker (two or four wheels): Easier to maneuver for clients with better balance; often includes a seat for rest.

Walker safety and teaching:

  • Adjust the walker so hand grips are at wrist level when arms are at the sides.
  • Instruct clients to move the walker forward first, then step into it. Do not pull the walker toward the body while walking.
  • Ensure rubber tips (or wheels) are intact and roll freely.
  • Avoid using walkers on stairs or escalators.
Side-by-side illustration of two mobility walkers: on the left, a standard walker with four rubber-tipped legs and no wheels, labeled 'Standard Walker'; on the right, a four-wheeled rolling walker with a padded seat between the front and back legs, labeled 'Rolling Walker'.
Standard walker and rolling walker
Achievable
A three-part illustration: on the left, a woman stands upright holding a standard walker with her hands gripping the handles at wrist height, marked by a dashed guideline labeled 'Hand grips at wrist height'; on the right, two sequential panels show a standard walker being moved forward (step 1) and then a woman stepping into the walker while walking (step 2).
Correct walker height and walking sequence
Achievable

Canes

Canes offer unilateral support and are commonly used for minor balance issues or weakness on one side.

  • Single-point cane: For mild balance support.
  • Quad cane: Offers more stability due to its broader base.

Cane teaching:

  • Hold the cane on the strong side of the body.
  • Move the cane and the weaker leg forward together, followed by the stronger leg.
  • Adjust height so the elbow flexes about 15-30 degrees when the hand rests on the grip.
Two adjustable canes are shown side by side: a single-point cane with a single rubber tip at the base, and a quad cane with four splayed legs each ending in a rubber tip, forming a broader base of support.
Single-point cane and quad cane
Achievable
Two-panel sequence of a person walking with a cane held in the right (strong-side) hand. In panel 1, the cane and the weak left leg move forward together. In panel 2, the stronger right leg steps forward to complete the stride, with labels marking the strong side and weak leg in both panels.
Proper cane use sequence
Achievable

Crutches

Crutches are used for non-weight-bearing or partial-weight-bearing ambulation.

  • Axillary crutches: Common for short-term use.
  • Forearm crutches (Lofstrand): Used more for long-term conditions.

Crutch teaching:

  • Ensure 2-3 finger widths between the crutch pad and axilla to prevent nerve damage.
  • Weight should rest on hands, not underarms.
  • Teach gait patterns: 2-point, 3-point, 4-point, and swing-through, based on weight-bearing status.
Side-by-side illustration comparing two crutch types. On the left, axillary crutches are shown with a padded top bar labeled 'under axilla' and a hand grip below it, with height-adjustment holes on the lower shaft. On the right, forearm (Lofstrand) crutches are shown with a forearm cuff near the top and a hand grip below, also with height-adjustment holes on the shaft.
Axillary crutches and forearm (Lofstrand) crutches
Achievable
Definitions
2-point gait
One crutch and opposite foot move together, then other side.
3-point gait
Both crutches and the affected/non-weight-bearing leg move forward together, followed by the unaffected leg, which bears the body’s full weight.
4-point gait
Each crutch and leg move separately; very stable.
Swing-through gait
Both crutches forward, then both legs swing past the crutches (for experienced users).
Four panels illustrate crutch gait patterns: 2-point gait shows crossed lines linking each crutch to the opposite foot, moving as pairs; 3-point gait shows both crutches and a bandaged non-weight-bearing foot moving together (labeled 1) followed by the unaffected foot (labeled 2); 4-point gait shows crutch, foot, foot, crutch moving in sequence (1-2-3-4) for maximum stability; and swing-through gait shows both crutches moving forward (1) followed by both feet swinging past them together (2), with arrows indicating the swing motion.
Crutch gait patterns
Achievable

Wheelchairs

Used for clients who are unable to walk or need full-body support.

Key considerations:

  • Lock wheels before transfers.
  • Remove or swing away footrests during transfers.
  • When assisting a client on a ramp, move forward when going up and backward when going down to improve stability.

Transfer aids

  • Transfer belt (gait belt): Placed around the client’s waist to aid in transfers or walking support.
  • Sliding board: Used for seated transfers between surfaces.
  • Pivot disc: Helps with controlled pivot transfers when client can bear some weight.
A nurse in a blue uniform stands facing a seated older woman on a hospital bed, gripping a gait belt around the woman's waist with an underhand grasp. The nurse's knees are bent, feet spread wide for a stable base, and one knee is blocking the client's knee to prevent buckling as the client rises to stand. Callout boxes label the nurse's position, grip, the gait belt placement, the knee block, and the client's action, alongside a three-step process panel: Prepare, Assist, and Stand.
Safe assisted transfer using a gait belt
Achievable

Mechanical lifts

For clients who are non-weight-bearing or require full assistance.

  • Hydraulic (Hoyer) lifts: Used with fabric slings for full transfers.
  • Sit-to-stand lifts: For clients who can partially bear weight and follow instructions.
Two mechanical lifts are shown side by side. The first is a hydraulic Hoyer-style lift with an overhead boom, hydraulic pump, and wheeled base, supporting a seated woman in a fabric sling suspended above the floor. The second is a sit-to-stand lift with a hydraulic lift mechanism and wheeled base, showing a man standing on the base while gripping handgrips and leaning against a padded knee bar.
Common mechanical lifts
Achievable

Safety rules:

  • Use the number of trained caregivers recommended by the manufacturer’s instructions and facility policy.
  • Ensure the sling is properly secured and weight-appropriate.
  • Follow manufacturer instructions and facility policy for safe lift use.

Sensory, communication, and ADL assistive devices

Some clients rely on devices that support hearing, speech, vision, or daily functional tasks rather than ambulation alone. You’re expected to assess these devices for proper fit and function and to adapt your care when a client depends on one.

  • Hearing aids: Confirm the device is in place, turned on, and has a working battery before an assessment or discharge teaching session; a client who seems confused or unresponsive may simply be unable to hear you.
  • Prosthetic limb: Inspect the residual limb and socket for skin breakdown, redness, or poor fit each shift, and reinforce that the prosthesis should be removed and reapplied on the schedule set by the prosthetist.
  • Dentures: Store in a labeled, water-filled container when not in use, and never wrap them in tissue or discard them with a meal tray, a common cause of accidental loss. Confirm dentures are in place before assessing a client’s ability to chew, swallow, or speak clearly.
  • Adaptive eating utensils: Built-up handles, plate guards, or angled utensils let clients with limited grip strength or coordination (for example, from arthritis or stroke) feed themselves. Encourage self-feeding with these tools to preserve independence rather than feeding the client by default.
  • Telecommunication and communication aids: For clients with a hearing or speech impairment, use tools such as amplified phones, text relay services, or picture and communication boards, and confirm the device is available and functioning before relying on verbal communication alone.
  • Other adaptive devices: Orthotic braces (for example, an ankle-foot orthosis) and reachers or grabbers support positioning and independent ADLs; recognize these by name and general purpose.

Clinical vignette: Mr. Thompson, 82, underwent a right hip replacement. On day 2 post-op, you observe him attempting to stand with the help of a rolling walker. His daughter is holding his arm for support. He is hunched forward, and the walker is adjusted to mid-upper arm height.

Nursing response: Educate Mr. Thompson to stand tall and adjust the walker so the hand grips are at wrist level. Coach the daughter to use a gait belt rather than arm pulling. Reinforce walker use only on flat surfaces and instruct against pulling it while rising from a chair.

Rationale: Improper use of a mobility aid can result in falls, delayed healing, or dislocation of a new hip joint.

Client education

  • Always wear nonslip shoes when using mobility aids.
  • Encourage clear pathways at home: no rugs, cords, or clutter.
  • Use nightlights to reduce nocturnal falls.
  • Practice sit-to-stand movements before full ambulation.
  • Remind clients never to use furniture or unstable items as support.

Nursing interventions

  • Assess each client’s muscle strength, coordination, balance, cognition, and sensory function.
  • Collaborate with physical and occupational therapy for device fitting and gait training.
  • Monitor for skin breakdown or pressure from braces, belts, or devices.
  • Evaluate fall risk regularly and reassess after any new impairment.

Common pitfalls:

  • Delegating a client’s mobility or transfer assessment to unlicensed assistive personnel (UAP) - a UAP can assist with a technique you’ve already validated as safe, but the initial assessment of gait, balance, and transfer ability stays a nursing responsibility.
  • Assuming an unspecified client is an average-sized adult - device fit measurements (cane height, walker height, crutch pad placement) must be individualized to the client described, not applied from a generic guideline.
  • Always match the device to the client’s physical and cognitive ability.
  • Walkers = most stable but not for stairs.
  • Crutches = require upper body strength and gait training.
  • Canes go on the strong side, move with the weak leg.
  • Mechanical lifts require two trained staff and a weight-rated sling.

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Assistive devices and mobility aids

Introduction

After illness, injury, or surgery, many clients, especially older adults, must regain independence in small steps. Assistive devices and mobility aids bridge the gap between dependence and autonomy, making daily activities safer and restoring confidence.

On the NCLEX, you’re expected to recognize common devices, understand their safe use, and educate clients on adapting to them post-hospitalization.

NGN insight: Mobility aids promote safety, independence, and healing. Improper use can increase fall risk. Nurses play a key role in teaching proper use and monitoring for complications.

Learning objectives

By the end of this section, you should be able to:

  • Identify commonly used assistive devices in older adult and post-operative populations
  • Understand appropriate nursing interventions to support safe device use
  • Educate clients and caregivers on proper positioning, transfer technique, and home safety
  • Recognize warning signs of misuse or complications
  • Apply this knowledge to client-centered scenarios and NCLEX-style questions

Common assistive devices

The following devices are the most frequently encountered in clinical care for clients with limited mobility, particularly after surgery, during rehabilitation, or in geriatric settings.

Walkers

Walkers provide broad-based support and are ideal for clients with poor balance or weakness in both legs. They require sufficient upper body strength and cognitive awareness.

  • Standard walker (no wheels): Best for stable environments or when maximum support is needed.
  • Rolling walker (two or four wheels): Easier to maneuver for clients with better balance; often includes a seat for rest.

Walker safety and teaching:

  • Adjust the walker so hand grips are at wrist level when arms are at the sides.
  • Instruct clients to move the walker forward first, then step into it. Do not pull the walker toward the body while walking.
  • Ensure rubber tips (or wheels) are intact and roll freely.
  • Avoid using walkers on stairs or escalators.

Canes

Canes offer unilateral support and are commonly used for minor balance issues or weakness on one side.

  • Single-point cane: For mild balance support.
  • Quad cane: Offers more stability due to its broader base.

Cane teaching:

  • Hold the cane on the strong side of the body.
  • Move the cane and the weaker leg forward together, followed by the stronger leg.
  • Adjust height so the elbow flexes about 15-30 degrees when the hand rests on the grip.

Crutches

Crutches are used for non-weight-bearing or partial-weight-bearing ambulation.

  • Axillary crutches: Common for short-term use.
  • Forearm crutches (Lofstrand): Used more for long-term conditions.

Crutch teaching:

  • Ensure 2-3 finger widths between the crutch pad and axilla to prevent nerve damage.
  • Weight should rest on hands, not underarms.
  • Teach gait patterns: 2-point, 3-point, 4-point, and swing-through, based on weight-bearing status.
Definitions
2-point gait
One crutch and opposite foot move together, then other side.
3-point gait
Both crutches and the affected/non-weight-bearing leg move forward together, followed by the unaffected leg, which bears the body’s full weight.
4-point gait
Each crutch and leg move separately; very stable.
Swing-through gait
Both crutches forward, then both legs swing past the crutches (for experienced users).

Wheelchairs

Used for clients who are unable to walk or need full-body support.

Key considerations:

  • Lock wheels before transfers.
  • Remove or swing away footrests during transfers.
  • When assisting a client on a ramp, move forward when going up and backward when going down to improve stability.

Transfer aids

  • Transfer belt (gait belt): Placed around the client’s waist to aid in transfers or walking support.
  • Sliding board: Used for seated transfers between surfaces.
  • Pivot disc: Helps with controlled pivot transfers when client can bear some weight.

Mechanical lifts

For clients who are non-weight-bearing or require full assistance.

  • Hydraulic (Hoyer) lifts: Used with fabric slings for full transfers.
  • Sit-to-stand lifts: For clients who can partially bear weight and follow instructions.

Safety rules:

  • Use the number of trained caregivers recommended by the manufacturer’s instructions and facility policy.
  • Ensure the sling is properly secured and weight-appropriate.
  • Follow manufacturer instructions and facility policy for safe lift use.

Sensory, communication, and ADL assistive devices

Some clients rely on devices that support hearing, speech, vision, or daily functional tasks rather than ambulation alone. You’re expected to assess these devices for proper fit and function and to adapt your care when a client depends on one.

  • Hearing aids: Confirm the device is in place, turned on, and has a working battery before an assessment or discharge teaching session; a client who seems confused or unresponsive may simply be unable to hear you.
  • Prosthetic limb: Inspect the residual limb and socket for skin breakdown, redness, or poor fit each shift, and reinforce that the prosthesis should be removed and reapplied on the schedule set by the prosthetist.
  • Dentures: Store in a labeled, water-filled container when not in use, and never wrap them in tissue or discard them with a meal tray, a common cause of accidental loss. Confirm dentures are in place before assessing a client’s ability to chew, swallow, or speak clearly.
  • Adaptive eating utensils: Built-up handles, plate guards, or angled utensils let clients with limited grip strength or coordination (for example, from arthritis or stroke) feed themselves. Encourage self-feeding with these tools to preserve independence rather than feeding the client by default.
  • Telecommunication and communication aids: For clients with a hearing or speech impairment, use tools such as amplified phones, text relay services, or picture and communication boards, and confirm the device is available and functioning before relying on verbal communication alone.
  • Other adaptive devices: Orthotic braces (for example, an ankle-foot orthosis) and reachers or grabbers support positioning and independent ADLs; recognize these by name and general purpose.

Clinical vignette: Mr. Thompson, 82, underwent a right hip replacement. On day 2 post-op, you observe him attempting to stand with the help of a rolling walker. His daughter is holding his arm for support. He is hunched forward, and the walker is adjusted to mid-upper arm height.

Nursing response: Educate Mr. Thompson to stand tall and adjust the walker so the hand grips are at wrist level. Coach the daughter to use a gait belt rather than arm pulling. Reinforce walker use only on flat surfaces and instruct against pulling it while rising from a chair.

Rationale: Improper use of a mobility aid can result in falls, delayed healing, or dislocation of a new hip joint.

Client education

  • Always wear nonslip shoes when using mobility aids.
  • Encourage clear pathways at home: no rugs, cords, or clutter.
  • Use nightlights to reduce nocturnal falls.
  • Practice sit-to-stand movements before full ambulation.
  • Remind clients never to use furniture or unstable items as support.

Nursing interventions

  • Assess each client’s muscle strength, coordination, balance, cognition, and sensory function.
  • Collaborate with physical and occupational therapy for device fitting and gait training.
  • Monitor for skin breakdown or pressure from braces, belts, or devices.
  • Evaluate fall risk regularly and reassess after any new impairment.

Common pitfalls:

  • Delegating a client’s mobility or transfer assessment to unlicensed assistive personnel (UAP) - a UAP can assist with a technique you’ve already validated as safe, but the initial assessment of gait, balance, and transfer ability stays a nursing responsibility.
  • Assuming an unspecified client is an average-sized adult - device fit measurements (cane height, walker height, crutch pad placement) must be individualized to the client described, not applied from a generic guideline.
Key points
  • Always match the device to the client’s physical and cognitive ability.
  • Walkers = most stable but not for stairs.
  • Crutches = require upper body strength and gait training.
  • Canes go on the strong side, move with the weak leg.
  • Mechanical lifts require two trained staff and a weight-rated sling.

More from Basic care and comfort

  • Comfort measures
  • Nutrition and hydration support
  • Elimination support
  • Rest, sleep, and pain management
  • Non-pharmacological therapies