For many wheelchair-bound persons, it can be a great relief to have the modern conveniences that come with an electric motor that help improve their mobility with no physical exertion.
There are motorized wheelchairs that do the job using electric motors powered by rechargeable battery and electric navigational controls instead of using manual physical power. These can be used indoors and outdoors after being fully charged from wall sockets.
Disabled persons like paralytics from the waste down, paraplegics and those with permanent injuries that disable their ambulatory prowess are generally prescribed to use manual wheelchairs as their upper torso can benefit from the exercise afforded by manually controlling their wheelchairs. Otherwise, powered wheelchairs are recommended.
People suffering from any neuromuscular degenerative disorder that render their arms and shoulders too feeble to control their wheelchairs are the best candidate for electric-powered wheelchairs of EPWs.
A joystick is often used as control input to navigate one. But if the user lacks coordinated muscle on the wrist, there are other control technologies for the purpose, such as using PC-like keypads if your fingers can be coordinated for navigating the controls.
Paralytics from the neck down like in the famous case of former superman actor Christopher Reeves or persons totally dismembered of their arms and legs can use chin controls and sim-and-puff scanners for those with spinal cord or head injuries where the rider can just blow into tube position close to the mouth to control movement.
These special control devices are optional parts and are often the most expensive motorized wheelchair accessories that can be custom-designed or configured for the specific requirement of non-ambulatory persons.
Not only do these sophisticated controls navigate the wheelchair, they may also act to tilt, recline, elevate the leg or seat height independently to make the wheelchair completely articulated.
Motorized wheelchair prices range from a few hundred pounds to thousands and depend on the level of sophistication built into them. At the highest end of the cost spectrum are specially constructed wheelchairs that have artificial intelligences in PC-like electronics that can learn and adapt to the disabled person’s needs.
There are models that allow for computing and internet-connectivity features. And at the bottom end are simple EPWs with the least controls and many can find used or pre-owned EPWs a real bargain for their needs. Not to be squeamish about it, but there’s a growing industry for used electric powered wheelchairs coming from hospitals and homes whose users have passed away.
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