Self Propelled Wheelchairs
Self-propelled wheelchairs are for people who can propel themselves. Being able to maneuver the chair by yourself means you can keep or regain your independence and live your life without the need of others.
Some self-propelled wheelchairs come with push handles, which means that they can be driven by a person else when needed. This reduces the need for a significant strength in the upper body to push the chair, which could result in arm injuries.
Easy manoeuvrability
Self-propelled chairs, in contrast to power wheelchairs that are propelled by an electric motor depend on the strength of the user to propel them forward. This means that they can easily maneuver around furniture, tight corners and other obstacles without assistance.
As such, they are a great option for those looking to keep or regain their independence. They can also be a good form of exercise. By utilizing their strength in the upper body they can help engage muscles and boost cardiovascular health. Many self-propelled chairs also offer a variety of adjustable features that can be tailored to the individual's requirements.
As opposed to standard manual wheelchairs which are designed with the rear wheels on the back of the chair, self propelled chairs come with large rear wheels and push-rims that make it easier to move them using a hand. They are also lighter than electric models, which means they require less space in your home and can be more easily carried by public transport.
When choosing a self propelled wheelchair, it is important to take into account the user's requirements and lifestyle. For instance, they may require a wheelchair that is puncture-proof or outdoor tires that allow them to use it off-road or on rough terrain. Some clients may also require a special frame to ensure their feet can access the pedals comfortably.
Seat-to-floor is also an important aspect to think about. For instance, those who suffer from hemiparesis and only have function only on one side of their body, need an office chair with a low seat-to-floor height to allow them to foot-propel with their hands.
Another factor to consider is whether the user can reach the front wheel with their hands. Ideally they should be in a position to reach the centre of the wheel using the index finger and thumb, but this will depend on their ability to function and how close the front wheels are to the ground.
It's also worth considering powered accessories. These can reduce the strain on the upper body of the client, allowing them more energy to complete other things. They're not for everyone. For instance, they may not be suitable for those who require a sturdy chair or suffer from severe mobility issues.
Greater independence
Self-propelled wheelchairs give users the ability to move themselves, allowing them to be independent. It lets the user control their movement, so they can navigate crowded spaces and furniture easily. It also allows them to move at their own pace, so they can traverse long distances on challenging terrain. This freedom is crucial for the well-being as well as social participation of the user.
It is crucial to remember that a self-propelled chair requires the use of both arms, which could result in arm injuries in the event that the motions aren't performed correctly. Get a therapist to train you to ensure that you do not become injured.
Self-propelled chairs, as opposed to transit wheelchairs, have larger rear wheels with push rims. This enables the user to steer the chair independently. They are more suited to outdoor usage as they can be adapted to different types of terrain, and even climb up and over small curbs.
15 healthy adults who needed wheelchair mobility were enrolled in the study. The participants were assessed in three different scenarios which included a straight forward (15 m) and an slalom (nine cones, arranged and separated by decreasing distances) as well as an agility test. They were required to propel their wheelchairs through these trials and answer the questionnaire for Perceived Exertion. The consumption of oxygen, lung ventilation and heart rate were monitored continuously by a portable oxygen analyzer (Cateye Cycle Computer VELO 8; Osaka, Japan) during the propulsion tests and resting intervals.
The results showed that a self propelled wheelchair is more effective than an electric wheelchair in the case of traversing difficult terrain. The large rear wheels that have push rims enable the wheelchair to move with greater speed and accuracy. Additionally, the light design of these chairs mean that they can be stored and transported with minimal effort.
Increased fitness
The most suitable wheelchairs for mobility impaired users can be self-propelled because they permit the user to move themselves without requiring someone else to push them. This allows you to keep or even regain your independence, which could give you a fresh lease of life. You can utilize your wheelchair in a variety of situations and are not restricted to indoor locations.
Self-propelled chairs, in contrast to transit wheelchairs, have larger rear tires and pushing handles that the user can reach. You can now go further on your own and improve your fitness and health.
This is especially important for people with long-term mobility issues, as prolonged stress on the upper body can lead to pain and injuries. This can stop people from participating in any physical activities, and can cause a sedentary that can complicate their health. A self-propelled chair can reduce the stress on the upper part of the body, preventing these issues.
Wheelchairs can also come with powered add-ons that can help the user move forward. This helps reduce the effort of the user and allows them to conserve energy for other tasks. This is especially useful for those who struggle moving on uneven or bumpy surfaces like kerbs or slopes.
All types of manual wheelchairs are able to be equipped with powered accessories. Many of them can be controlled via Bluetooth or smartwatches. This makes them incredibly popular with younger users who are accustomed to technology and enjoy the idea of using their mobile devices to navigate their wheelchairs.
Research has shown that the height of the seat of manual wheelchairs is a key factor in the cardiorespiratory response and mechanical efficiency in submaximal manual wheelchair propulsion. A study revealed that the ideal seat heights for this type of wheelchair are around 100deg, which is the ideal height for reducing strain on shoulder muscles. This is especially crucial for those suffering from soft tissue injury around the shoulder.
Convenient storage
Many customers who utilize a wheelchair regular basis have to consider how to keep it in a safe place at home and when traveling. My Mobility Scooters offer storage solutions that are convenient. For instance the XS2 Self Propelled Wheelchair has the front wheels swivel, making it easy to maneuver indoors or in tight spaces. The wheels are easy to maintain and have puncture-proof tyres that provide a comfortable ride. The XS2 is also available in a variety of seat widths, which will suit different users. The chair comes with two parking brakes to provide added security. One can be operated while sitting in the chair and the other is operated by an attendant.
Another consideration is the weight of the wheelchair. There are lighter wheelchairs but they may not be suitable for certain outdoor areas like national parks and beaches. Certain models come with adjustable armrests, which help in transporting the chair.
The main reason for choosing self-propelled wheelchairs is to regain a sense of independence and freedom, to get around without needing to rely on others. Some customers report feeling rejuvenated and a new lease on life. They do require strength in the upper body It's essential that you be aware of your limits prior to purchasing one.
A self-propelled wheelchair also has the advantage of being able to move it on flat surfaces. Certain chairs can be adjusted to accommodate varying surface levels, but this can only go to a certain extent. If the chair is to be used outdoors, a powered chair or a manual model with tyres that are designed for various terrains might be more suitable.
In terms of maneuverability, some models feature a rigid frame to avoid breakages and decrease the amount of energy required to propel the chair. These chairs are lighter than folding chairs because they don't require a mechanism that extends the frame.
The rear wheels are bigger and fitted with an rim that allows the client to push their chair with their feet. Some clients who choose to push their chairs using their feet for example, those with hemiparesis, need the rear wheels to be placed at a lower height to allow them to be able to reach them comfortably.