Wheelchairs

Manual wheelchairs should be selected following assessment of mobility goals, propulsion ability, posture, skin risk, transfers, cognition, endurance, body measurements, environment, car transport and carer manual-handling capacity. A basic folding wheelchair may not be suitable for full-day use or complex seating needs.

Overview

This note covers:

Self-propelled manual wheelchairs
Attendant-propelled manual wheelchairs
Transit wheelchairs
Folding transport wheelchairs
Manual wheelchair power-assist add-ons

Powered wheelchairs and powered mobility scooters are covered separately in:

[[Powered Mobility Devices]]

Purpose

A manual wheelchair may:

Support mobility when walking is unsafe or limited
Increase access to appointments and community activities
Reduce fatigue and falls risk over longer distances
Support mobility during recovery or functional decline
Allow independent mobility through self-propulsion
Allow a carer or attendant to assist with mobility
Provide a seated mobility option that can be folded for vehicle transport

Main Types

Self-Propelled Wheelchair

A self-propelled wheelchair has large rear wheels with handrims that the user can push.

It may also have push handles and attendant brakes.

Choose When

The user wants to propel independently
Upper-limb strength and endurance are adequate
Hand function and coordination are adequate
The user can brake, turn and control speed
The environment provides sufficient space
Rear-wheel access is not blocked by posture or armrests
The user can complete pressure relief or has an appropriate plan
The chair will be used for more than brief attendant-assisted outings

Benefits

Supports independent mobility
Allows the user to control speed and direction
Large rear wheels usually manage small surface changes better than transit wheels
Rear wheels may be quick-release for car transport
Can be pushed by an attendant when required

Limitations

Wider and usually heavier than a transit chair
Requires upper-limb effort
Repetitive propulsion may contribute to shoulder or wrist strain
Requires adequate cognition and visual-perceptual ability
Large rear wheels take more car-boot space
Poor fit reduces propulsion efficiency
A lightweight transport-style chair may not suit full-time independent propulsion

Attendant-Propelled Wheelchair

An attendant-propelled wheelchair is primarily pushed by another person.

It usually has smaller rear wheels and push handles.

Choose When

The user cannot propel safely or effectively
Community outings are carer-assisted
Compact folding and lower lifting weight are priorities
Use is intermittent or for shorter trips
An attendant can safely push, brake and manage slopes
The user can sit safely in the available seating system

Benefits

Often lighter and narrower than a self-propelled chair
Smaller rear wheels may reduce folded size
Easier to load into some vehicles
Attendant brakes may assist on slopes
Suitable for appointments and short outings

Limitations

User has limited independent mobility
Attendant is required
Small rear wheels may perform poorly on uneven surfaces
The attendant must manage ramps, slopes and kerbs
May not provide adequate postural or pressure support
Compact transport chairs can become uncomfortable during prolonged sitting

Transit Wheelchair

“Transit wheelchair” is commonly used for a compact attendant-propelled wheelchair with small rear wheels.

A transit chair is intended mainly for transporting a seated person with an attendant. It is not the same as a wheelchair approved as a vehicle seat for occupied transport.

Choose When

Use is occasional
Trips are short
The chair must fit into a car boot
An attendant is always available
The environment is mainly indoors or on smooth outdoor surfaces
Low chair weight is a major priority

Benefits

Compact
Often lightweight
Narrower overall width
Easy to store
Easier to lift than many self-propelled chairs

Limitations

Cannot usually be independently propelled
Small wheels are less suitable for rough surfaces
Ride may be less comfortable
Limited adjustability
Not usually appropriate for prolonged daily use
The term “transit” does not automatically mean crash-tested for occupied vehicle transport

Self-Propelled vs Attendant-Propelled vs Transit

|---|---|---|---|

How to Choose the Wheelchair Type

Choose Self-Propelled When

Independent mobility is a goal
The user can reach and push both handrims
Upper-limb strength and endurance are sufficient
The user can brake and turn safely
The wheelchair will be used regularly
The user can learn efficient propulsion
Larger rear wheels will fit the home and vehicle

Choose Attendant-Propelled When

The user cannot self-propel
An attendant is consistently available
The chair is mainly used for appointments or outings
A lighter and narrower chair is needed
Car transport is frequent
The attendant can manage the chair safely

Choose a Transit Chair When

Use is brief and occasional
Compact transport is the main priority
The user will always be pushed
Surfaces are smooth
The person does not require complex posture or pressure management
The chair fits the person and vehicle

Consider a More Configurable Manual Wheelchair When

The person uses the wheelchair for much of the day
Postural support is required
Pressure injury risk is moderate or high
Seat dimensions need customisation
The person foot-propels
Wheel position must be adjusted for efficient propulsion
The person has asymmetry, contracture or changing tone
A power-assist system is planned
The basic folding chair does not support function or comfort

Consider Powered Mobility Instead When

Manual propulsion is not sustainable
Shoulder or hand pain limits propulsion
Community distances exceed the person’s endurance
The attendant cannot safely push
Independent mobility is required but manual propulsion is not possible
Power-assist does not meet the person’s needs

See [[Powered Mobility Devices]].

Occupational Therapy Assessment

Person

Assess:

Mobility goals
Walking ability
Falls history
Sitting tolerance
Posture and pelvic position
Trunk control
Upper-limb strength
Shoulder and hand pain
Grip and coordination
Lower-limb position
Foot propulsion
Sensation
Skin integrity
Pressure injury history
Continence
Cognition
Vision and perception
Fatigue
Body weight
Height
Relevant body dimensions
Ability to complete pressure relief
Ability to operate brakes
Ability to fold or dismantle the chair

Activity

Assess:

Frequency of use
Duration of sitting
Indoor or outdoor use
Independent or attendant propulsion
Transfers
Toileting
Eating at tables
Community access
Shopping
Appointments
Vehicle transport
Storage
Carrying personal items
Slopes, ramps and kerbs

Environment

Measure and assess:

Doorways
Hallways
Bathroom access
Turning spaces
Lift dimensions
Ramps
Thresholds
Floor surfaces
Path surfaces
Gradient and cross-fall
Vehicle boot opening
Boot width, depth and height
Lifting height into the vehicle
Storage space
Charging location if power-assist is used

Wheelchair Measurements

[!important]

Measure the person in a stable, supported sitting position. Use the cushion intended for the wheelchair when checking final fit.

Seat Width

Measure across the widest part of the hips or thighs.

Allow enough clearance for:

Clothing
Hand access
Transfers
Cushion fit
Hip movement

Avoid excessive width.

A seat that is too wide may:

Reduce pelvic support
Increase leaning
Make self-propulsion less efficient
Increase overall chair width
Make doorway access harder
Allow the cushion to move

A seat that is too narrow may:

Cause pressure at the hips or thighs
Restrict clothing
Increase skin risk
Make transfers difficult
Prevent correct cushion fit

Seat Depth

Measure from the back of the pelvis to the back of the knee.

Allow clearance behind the knees.

A seat that is too deep may:

Press behind the knees
Encourage sliding
Prevent contact with the backrest
Affect circulation
Make transfers harder

A seat that is too shallow may:

Reduce thigh support
Increase pressure under the pelvis
Reduce stability

Seat-to-Floor Height

Consider:

Foot contact
Footplate clearance
Foot propulsion
Transfers
Table access
Cushion height
Overall wheelchair height
Car transfer method

A seat that is too high may:

Prevent foot contact
Reduce transfer safety
Make foot propulsion impossible

A seat that is too low may:

Increase hip and knee flexion
Make standing transfers difficult
Reduce caster clearance
Increase pressure through the feet or thighs

Backrest Height

Consider:

Trunk control
Shoulder movement
Self-propulsion
Postural support
Comfort
Head support needs

A high backrest can improve support but may restrict shoulder movement during propulsion.

Armrest Height

Armrests should support the forearms without elevating the shoulders.

Incorrect height may contribute to:

Shoulder elevation
Trunk leaning
Reduced pressure distribution
Difficulty at tables
Transfer obstruction

Footrest Length

Adjust so that:

Feet are supported
Thighs remain supported
Footplates clear the ground
Knees and hips are positioned appropriately
Footplates do not interfere with transfers

Footrests that are too low may reduce ground clearance.

Footrests that are too high may increase thigh pressure.

Safe Working Load

Confirm:

User weight is below the manufacturer’s safe working load
Cushion and accessories are compatible
Weight distribution is appropriate
The chair remains stable
The safe working load is not treated as the recommended user size

A person may be below the safe working load but still be too wide, tall or poorly supported by the chair.

Chair Weight and Transport Weight

Check all relevant weights:

Total chair weight
Frame weight
Heaviest component
Weight after removing leg rests
Weight after removing quick-release rear wheels
Power-assist unit weight
Battery weight
Combined lift required

The lightest advertised weight may refer to the frame without removable components.

Folding and Dismantling

Check:

Cross-folding mechanism
Folding backrest
Removable leg rests
Swing-away leg rests
Quick-release rear wheels
Removable cushion
Anti-tippers
Folding footplates
Power-assist removal
Whether parts can be safely reattached

Product Examples

Product specifications can change. Confirm the exact model and variant before prescription.

Aspire Socialite Attendant-Propelled

Example specifications:

Seat width: 450 mm
Seat depth: 430 mm
Total width: 595 mm
Unit weight: 8.9 kg
Frame weight: 8.1 kg
Safe working load: 115 kg
Backrest height: 410 mm
Attendant brakes with parking lock
Removable leg rests
Folding backrest

May Suit

Short trips
Appointments
Carer-assisted outings
Users needing a light folding chair
Vehicles with limited lifting capacity

Main Considerations

Fixed seat size
Limited adjustability
User cannot independently self-propel
Confirm comfort and posture for intended sitting duration

Aspire Socialite Self-Propelled

Example specifications:

Seat width: 450 mm
Seat depth: 430 mm
Total width: 675 mm
Total length: 1030 mm
Unit weight: 13 kg
Safe working load: 115 kg
Backrest height: 410 mm
Large rear wheels
Folding frame and backrest
Removable leg rests

May Suit

A user who can independently propel
Mixed user and attendant propulsion
Short outings and appointments
A person needing a lightweight folding self-propelled chair

Main Considerations

Wider and heavier than the attendant version
Fixed 450 mm seat width
Confirm rear-wheel access
Confirm shoulder endurance
Large wheels affect boot space

Aspire Lite Wheelchair

The Aspire Lite is a lightweight folding manual wheelchair available in different propulsion configurations and sizes, depending on the current range.

May Suit

Intermittent use
Community outings
Users or carers prioritising portability
Situations requiring a basic folding chair

Check the Exact Variant

Self-propelled or attendant-propelled
Seat width
Safe working load
Total weight
Frame weight
Rear-wheel release
Folded dimensions
Leg-rest removal
Brake type

Do not rely on the product family name alone because specifications may differ between variants.

Aspire VIDA MG

The VIDA MG uses a magnesium frame and is available in attendant- and self-propelled variants with 400 mm and 450 mm seat widths.

Example specifications:

|---|---:|---:|---:|---:|

| Attendant, 400 mm | 400 mm | 600 mm | 9.7 kg | 113 kg |

| Self-propelled, 400 mm | 400 mm | 610 mm | 11.8 kg | 113 kg |

| Attendant, 450 mm | 450 mm | 650 mm | 9.9 kg | 113 kg |

| Self-propelled, 450 mm | 450 mm | 690 mm | 12.0 kg | 113 kg |

Features include:

Folding frame
Hinged backrest
Detachable leg rests
Attendant brakes
Anti-tippers
Quick-release wheels

May Suit

Frequent vehicle transport
Users requiring a lighter frame
Choice between 400 mm and 450 mm seat widths
Attendant or independent propulsion

Main Considerations

Confirm total weight and minimum transport weight
Confirm the 113 kg safe working load
Magnesium construction does not remove the need for safe lifting technique
Self-propelled variants remain wider and heavier

Redgum Opal 18-inch Transit Wheelchair

Example specifications:

Seat width: 460 mm
Seat depth: 400 mm
Seat height: 500 mm
Overall width: 550 mm
Folded width: 250 mm
Product weight: 9.4 kg
Maximum user weight: 136 kg
300 mm rear wheels
200 mm front wheels
Attendant brakes
Detachable swing-away leg rests

May Suit

Short attendant-assisted outings
Narrow doorways
Smooth indoor and outdoor surfaces
Car-boot transport
Users fitting a 460 mm seat

Main Considerations

No independent propulsion
Small rear wheels
Fixed seat dimensions
Confirm 500 mm seat height supports transfers
Assess comfort for intended sitting duration

Product Comparison

|---|---|---:|---:|---:|---|

| Aspire Socialite AP | Attendant | 450 mm | 8.9 kg | 115 kg | Folding back and removable leg rests |

| Aspire Socialite SP | Self or attendant | 450 mm | 13 kg | 115 kg | Folding frame, removable leg rests |

| Redgum Opal Transit | Attendant | 460 mm | 9.4 kg | 136 kg | Folded width 250 mm |

The lightest chair is not automatically the most suitable. Seat fit, stability, posture, transfers and surface performance remain central.

Power-Assist Add-Ons

Power assist adds motorised assistance to a compatible manual wheelchair.

It does not automatically convert every manual wheelchair into a safe powered mobility device.

Main Types

Rear Push-Assist Unit

A powered wheel attaches behind or under the wheelchair and assists forward movement.

Examples include SmartDrive-style systems.

May suit:

Independent manual wheelchair users
Reduced propulsion endurance
Shoulder pain or overuse risk
Longer community distances
Slopes and carpet

Consider:

Wheelchair compatibility
User control method
Stopping and braking
Attachment clearance
Unit and battery weight
Removal for transport
Training
Indoor manoeuvrability

Power-Assist Wheels

Powered wheels replace the standard rear wheels and amplify the user’s push.

Examples include Alber e-motion-style systems.

May suit:

Users who can push but need reduced effort
Users who want to retain pushrim control
Bilateral propulsion
Slopes and longer distances

Consider:

Each wheel’s weight
Lifting into the vehicle
Wheel removal
Charging
Handrim control
Chair width
Cost
Compatibility

Attendant Power Assist

A powered unit assists the attendant to push the wheelchair.

May suit:

Heavy users
Slopes
Carer fatigue
Reduced attendant strength
Longer assisted distances

Consider:

Attendant control and braking
Safe use on slopes
Attachment to the wheelchair
Battery and unit weight
Storage
Car boot loading
Whether the base wheelchair remains suitable

Front Attachment or Handcycle-Style Add-On

A powered front attachment connects to the wheelchair and lifts or unloads the front castors.

May suit:

Independent community mobility
Longer distances
Selected outdoor surfaces

Consider:

Turning radius
Braking
road and path use
transfer into the device
attachment method
transport
total length
local regulations
training

Benefits of Power Assist

Reduced propulsion effort
Increased distance
Reduced attendant effort
Improved access on slopes
Potential reduction in repetitive upper-limb loading
Retention of a manual wheelchair base
Easier transport than some powered wheelchairs

Limitations of Power Assist

Added weight
Battery charging
Device compatibility
Increased maintenance
More complex control
Potential for unintended movement
Greater stopping distance
Reduced portability
Lithium-battery transport requirements
Cost
Need for training and review

Power-Assist Assessment

Assess:

Manual wheelchair suitability
Frame compatibility
User or attendant control
Cognition
Vision and perception
Reaction time
Braking
slopes
kerbs
indoor use
outdoor use
transfer method
battery management
charging
vehicle transport
ability to lift components
backup mobility plan

Loading a Wheelchair Into a Car Boot

[!important]

Assess the vehicle, chair and person completing the lift. A folding chair can still be unsafe to lift if it is heavy, awkward, held away from the body or lifted over a high boot lip.

Before Selecting the Wheelchair

Measure:

Boot opening width
Boot opening height
Boot floor depth
Boot lip height
Load height from the ground
Space around wheel arches
Available space after groceries or mobility aids
Rear-seat folding options

Check:

Folded wheelchair dimensions
Chair weight
Frame weight
Heaviest removable component
Whether leg rests must be removed
Whether rear wheels must be removed
Whether the chair can stand upright
Whether the boot floor is level
Whether a loading aid is required

Before Lifting

Park on a level surface.
Apply the vehicle parking brake.
Clear the boot.
Apply the wheelchair brakes where appropriate.
Remove the cushion.
Remove leg rests.
Remove quick-release rear wheels when required.
Fold the backrest.
Fold the frame.
Secure loose parts.

Lifting Principles

Move close to the wheelchair
Use a stable stance
Hold secure frame points
Keep the load close to the body
Avoid twisting
Turn with the feet
Avoid lifting by removable armrests or footrests
Use two people when required
Use a ramp, hoist or boot-loading device when manual lifting is unsafe

Sliding or Tilting Into the Boot

Some chairs may be loaded by:

Tilting the chair onto the boot edge
Sliding it on a protective mat
Loading the frame first
Loading wheels and leg rests separately

Only use a method that has been assessed as safe for the chair, vehicle and person.

Unloading

Prevent the chair from unfolding unexpectedly
Keep fingers clear of folding joints
Lower rather than drop the chair
Reattach wheels and leg rests correctly
Confirm quick-release axles are locked
Open the frame fully
Check brakes before use

Manual-Handling Risks

Back strain
Shoulder strain
Finger entrapment
Dropping the chair
Damage to vehicle or wheelchair
Uncontrolled unfolding
Lifting heavy powered wheels
Handling lithium batteries
Repeated lifting over a high boot lip

Alternatives When Boot Loading Is Unsafe

Lighter wheelchair
Attendant-propelled version
Quick-release wheels
Smaller transit chair
Vehicle boot hoist
Wheelchair loading ramp
Sliding board or loading tray
Different vehicle
Wheelchair-accessible transport
Powered mobility device designed for vehicle loading
Two-person handling plan

Transfers

Assess:

Standing transfer
Pivot transfer
Slide-board transfer
Hoist transfer
Armrest removal
Leg-rest removal
Footplate movement
Brake access
Seat height
Cushion stability
Carer space

How to Use

Before Use

Check tyres and castors
Check brakes
Check leg rests
Check quick-release wheels
Check folding locks
Check cushion position
Check anti-tippers
Remove loose objects
Confirm the user is positioned safely

Self-Propulsion

Sit with the pelvis supported
Place hands on the handrims
Use smooth, controlled pushes
Avoid trapping fingers between handrim and wheel
Slow before turns and slopes
Use gloves when clinically appropriate
Avoid excessive speed
Follow training for ramps and kerbs

Attendant Propulsion

Use both push handles
Keep the wheelchair close
Slow before turns
Use attendant brakes appropriately
Approach thresholds straight
Avoid sudden tipping
Use kerb-climbing features only as trained
Do not descend steep slopes without assessment

Applying Brakes

Stop the wheelchair
Apply both brakes
Confirm the chair is stable
Use parking brakes for transfers
Do not use parking brakes as the only method to slow a moving chair unless designed for this purpose

Safety Issues

Apply brakes for transfers
Swing away or remove footplates before standing transfers
Keep hands away from wheels and folding joints
Do not exceed the safe working load
Do not hang heavy bags from push handles
Use anti-tippers when prescribed
Do not use damaged tyres, castors or brakes
Avoid steep slopes
Do not leave the person unattended on a slope
Do not use a standard manual wheelchair as a vehicle seat unless it is approved and secured for occupied transport
Do not lift the wheelchair by removable components
Do not propel a transit chair without an attendant
Review after falls, near misses, pain or skin changes

Pressure and Posture

A wheelchair cushion may be required.

See:

[[Cushions]]
[[Pressure Injury Prevention and Management]]

Assess:

Pelvic position
Sliding
Leaning
Foot support
Arm support
Sitting duration
Pressure relief
Skin checks
Cushion fit
Backrest support

A basic sling seat can contribute to pelvic collapse or postural asymmetry when the chair is too wide or seating support is inadequate.

Trial Checklist

[ ] Correct propulsion type
[ ] Correct seat width
[ ] Correct seat depth
[ ] Correct seat height
[ ] Correct footrest length
[ ] Armrests support the user
[ ] Cushion fits
[ ] Safe working load is suitable
[ ] Brakes are accessible
[ ] Transfers are safe
[ ] User can propel when applicable
[ ] Attendant can push and brake
[ ] Doorways are accessible
[ ] Turning space is adequate
[ ] Outdoor route is suitable
[ ] Chair folds correctly
[ ] Car boot dimensions are adequate
[ ] Lifting weight is manageable
[ ] Removable components are manageable
[ ] Power-assist compatibility is confirmed when applicable
[ ] Skin response is acceptable

Cleaning and Maintenance

Check:

Tyre pressure
Tyre wear
Castor wear
Wheel bearings
Spokes
Handrims
Brakes
Quick-release axles
Folding mechanism
Upholstery
Armrests
Leg rests
Footplates
Anti-tippers
Frame damage
Cushion
Power-assist attachment
Battery and charger

Follow the manufacturer’s servicing schedule.

Review Triggers

Weight change
New pain
Shoulder or wrist symptoms
New pressure area
Falls or tipping
Reduced propulsion
Increased attendant effort
Change in transfers
Change in posture
New car
New home
Wheelchair damage
Brake failure
Power-assist addition
Increased daily sitting
Functional decline

Client and Carer Instructions

Before Use

Check brakes and wheels.
Check leg rests and footplates.
Check the cushion.
Confirm removable wheels are locked.
Keep bags light and balanced.

During Use

Use brakes for transfers.
Keep hands and clothing clear of wheels.
Slow down on slopes and turns.
Keep feet supported.
Report pain, numbness or skin changes.

Stop Using and Seek Review When

Brakes do not hold
A wheel is loose
The chair pulls to one side
The frame is damaged
The user develops skin redness
Transfers become unsafe
The chair no longer fits
The chair cannot be loaded safely into the vehicle

Related Notes

[[Powered Mobility Devices]]
[[Cushions]]
[[Pressure Injury Prevention and Management]]
[[Wheelchair Accessories]]
[[Vehicle Access and Wheelchair Loading]]
[[Transfer Equipment]]

References

Aidacare. Aspire Socialite Folding Wheelchair – Attendant Propelled: https://www.aidacare.com.au/products/wheelchairs/manual-wheelchairs/manual-folding-wheelchairs/aspire-socialite-folding-wheelchair-attendant-propelled/
Aidacare. Aspire Socialite Folding Wheelchair – Self Propelled: https://www.aidacare.com.au/products/wheelchairs/manual-wheelchairs/manual-folding-wheelchairs/aspire-socialite-folding-wheelchair-self-propelled/
Aidacare. Aspire Lite Wheelchair: https://www.aidacare.com.au/products/wheelchairs/manual-wheelchairs/manual-folding-wheelchairs/aspire-lite-wheelchair/
Aidacare. Aspire VIDA MG Wheelchair: https://www.aidacare.com.au/products/wheelchairs/manual-wheelchairs/manual-folding-wheelchairs/aspire-vida-mg-wheelchair/
Respirico. Redgum Opal Aluminium 18-inch Transit Wheelchair: https://respirico.com.au/shop/mobility/wheelchairs/transit-wheelchairs/redgum-opal-aluminium-18-transit-wheelchair/
Sunrise Medical Australia. Wheelchair Assessment Measuring Guide: https://www.sunrisemedical.com.au/education-in-motion/resources/wheelchair-measuring-guide
Permobil. Essential Measurements for Manual Wheelchair Selection: https://hub.permobil.com/blog/manual-wheelchair-selection
Relevant manufacturer manuals, Australian Standards and organisational procedures