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Mobility is an important aspect of daily life, allowing people to participate in their homes, workplaces, and communities. Mobility difficulties are one of the most often reported functional difficulties, an issue that is frequently handled by the use of specific devices or equipment. Walking aids and wheelchair selection and use are also typical requirements for either short- or long-term disability adaption.
An electric wheelchair, also known as a power wheelchair, a motorized wheelchair, or an electric-powered wheelchair, is a wheelchair that is driven by an electrically powered source, most often motors and batteries. An electric wheelchair is powered by one or more rechargeable batteries. These batteries power the motor, which allows the wheelchair’s wheels, joystick, or ball to move. Furthermore, technical advancements have resulted in the creation of automatic mobility devices, which decrease the need for caregivers to intervene manually.
The wheelchair seat can be readily adjusted by the patient, and the equipment is controlled by a remote control or automated controls fitted in the wheelchair. Innovation and technology have altered the globe and made it a better place to live.
Technology not only improves people’s lives, but also makes them easier. An electric wheelchair is one example of a simple product that has been enhanced by technology. Electric wheelchairs are in high demand because they allow a person to move without the assistance of another person. No handicapped person or anyone with a leg condition should have to rely on others to move them or do their work for them.
Electric wheelchairs are a technical solution to improving user comfort. The chair is powered by a rechargeable battery, and all of the chair’s operations rely on the battery’s power. Market product manufacturers are increasingly including a navigation ball to make using the electric chair easier. Engineers are also working on adding artificial intelligence to the wheelchair to boost automation. IoT may also be used to link the item to a smart device. Technology has improved market output and sales.
The growing elderly population, as well as the increasing use of wheelchairs in sectors such as athletics, are expected to fuel industry expansion in the worldwide Wheelchair market. According to the World Health Organization (WHO), the global population over 60 years old will nearly double from 12% to 22% by 2050. This increase in the geriatric population will eventually lead to an increase in the demand for wheelchairs. However, the cost of electric-powered wheelchairs is higher than that of manual wheelchairs.
The growing demand for electric wheelchairs in the sports industry may boost the market. A specific racing event for the handicapped population is held by BMX motocross. It is a popular sport in which many members of the handicapped population participate. Using electric wheelchairs, the players execute a variety of feats and high-level acrobatics. The growing participation of the handicapped community may be a significant driver of the electric wheelchair market’s growth. A variety of technical advancements, such as Wi-Fi and Bluetooth additions to electric wheelchairs, are also projected to boost the market’s growth. Suspension upgrades may help increase the electric wheel’s sales.
The Global Electric Wheelchair Market can be segmented into following categories for further analysis.
Electric wheelchairs include a wheel drive right beneath the user’s center of gravity and a tiny turning circle, allowing for easier mobility in confined spaces. It also has six wheels, which aid in stability on uneven surfaces such as hills and rough terrains. A center wheel drive electric wheelchair makes it considerably easier to manoeuvre in tight entrances and compact places. A comprehensive map stored on a cloud-computing platform can be accessed by the wheelchair, allowing it to securely explore its environment.
The new technologies are intended to save wheelchair users from colliding with things (such as walls, people, dogs, and furniture) while they go about their everyday lives. It accomplishes this by seamlessly assisting the driver’s navigation of the chair in conjunction with user steering inputs based on obstacle detection in the driver’s surroundings. Users can avoid tipping by detecting stairs or dangerous drop-offs and gently assisting the chair to continue on a safer course.
The new light weighting requirement being implemented within the wheelchairs. The incorporation of extremely efficient lithium-ion batteries outperforms the traditional lead batteries in terms of performance and weight. The strong brushless and gearless direct drive motors are installed directly on each wheel, making them both quieter and more efficient than standard wheelchair motors. The new electric wheelchairs are designed with small dimensions, rear wheel drive, and the same performance as a manual wheelchair to achieve exceptional performance. The turning radius is short, the accuracy is great, and the ability to navigate within shops, restaurants, or cafes is available.
Since its debut in 1953 by Canadian George Klein, electric wheelchairs have gone a long way. These were utilized to assist injured combat soldiers back then. Power wheelchair design has been favourably altered as a result of humanity’s incredible advances in science and technology. Furthermore, it is now simpler than ever for persons with physical disabilities to move around freely and safely. Electric wheelchairs offer the greatest level of comfort, flexibility, and assistance to its users. Contextually, it gives greater independence due to its simplicity of use and travel capability. Furthermore, increasing independence leads to higher confidence.
Ottobock Healthcare is the pioneering organization part of the electric and powered wheelchair development in the global industries. The rear-wheel-drive Juvo B4 provides increased safety and pleasant damping qualities for outdoor use. It’s also small and manoeuvrable indoors. The wheelchair’s permanent drive wheel suspension adjusts for uneven surfaces, and its tiny outer dimension makes it simpler to drive through tight entrances and manoeuvre in limited places. When driving rearward, integrated anti-tipper rollers increase safety and prevent against damage. The fundamental control device is the tried-and-true VR2, which may be configured to meet your specific requirements. A keyboard, two LED screens, and a joystick comprise the control panel. On the underside, there is a charging receptacle.
Permobil AB is part of the latest powered developing technologies considering the strength and agility of the electric wheelchairs in the market. The F5 Corpus electric wheelchair has a peak speed of 7.5mph and improved Comfort Ride Pro suspension. All-wheel independent, fully adjustable, oil-damped shocks give the best in ride comfort while also assisting in the reduction of vibrations that can pass from terrain to user. Standard performance features aggressive tread tyres, caster mud guard protection, and three premium metallic finishes. It has been integrated with the Corpus®, the world’s most advanced ergonomic seating system, has just become better. Corpus Ergo Seat cushion with revised pelvic well and new Corpus Ergo backrest cushions with dual density foam have improved biomechanically optimal power placement. The new Stretch-Air cover option is a machine-washable, breathable fabric with little moisture vapour transfer.
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