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Helping Pilots to Fly Straighter

Many dream of becoming pilots looking at them as job that offers plenty of opportunities. Pilots do get to travel a lot and are paid really well for their services. This is the reason why a career as a pilot is what a huge number of kids sought after. With that being said, just like any other jobs, pilots have their own set of pros and cons. One of the disadvantages is with regards to their workplace. A huge number of pilots suffer and experience neck and back pains with them spending their working time in cramped cockpits. Let us look at common health issues pilots face while at the same time look for solutions on how to alleviate the problem.

As mentioned earlier, due to their work environment pilots oftentimes spend time in cramped cockpits. It’s not really that bad at first, however if you are travelling in distant location you will mostly be spending a considerable amount of hours or even an entire day in the cockpit. This results to the development of a lot of neck and back problems that are simply too hard to ignore. This contributes in killing the overall enjoyment experience with regards to flying. It is good to hear however, many pilots were able to fly much straighter with timely and effective help found through chiropractic & physiotherapeutic treatments found today. This in turn allows them get back in shape right away.

Chiropractic medicine focuses on treating health problems that affect the nerves, muscles, bones, and joints of the body. For pilots, these are usually the areas of their body where they will be experiencing the most pains. Chiropractors are the ones who will be diagnosing, treating and as well as preventing mechanical disorders of the musculoskeletal system. They also look into the effect of these disorders on the function of the nervous system and general health. Relieving pain, increasing mobility and getting their patients back to full health and movement is what they are aiming on accomplishing.

Physiotherapeutic treatments function mostly the same making them easy to relate chiropractic practice within them. It is considered as a physical medicine and rehabilitation specialty that remediates impairments and promotes mobility, function, and quality of life through examination, diagnosis, prognosis, and physical intervention. These individuals have been trained in the use of exercise therapy to strengthen their patient’s muscles as well as improve their function.

Another advantage chiropractic & physiotherapeutic treatments offer when compared to other options is with regards to their approach to non-invasive procedures. Patients will not be required to go through intensive major surgical operations just to treat their neck or back problems. Practitioners focus on natural ways of treating their patients helping speed up the overall healing process. As a result, patients need not to go through extra trouble while at the same time benefit greatly from the risk free treatment solutions they provide.

It is good to hear that pilots are able to find timely and effective treatment options through the practice of chiropractic & physiotherapy. Furthermore, these types of clinics have become more and more accessible which makes it possible for just about anyone to make use of their treatment procedures. You can go here to give yourself an overview on what to expect with regards to chiropractic & physiotherapeutic treatments.

Paraplegics Flying High: Disabled Pilots in Our Skies

Despite their physical incapacities, people with disabilities (PWDs) are striving to live their lives just as any abled person would. They play sports and inspire other people. But who would have thought that they can literally fly high?

PWDs are given an opportunity to become pilots through the Able Flight Scholarship. This is among the disabled services and programs intended to support people who are physically unable to do such things. Among the people who received this scholarship were Jessica Cox, Brandy Hofstetter, Jason Jernigan and Raymart Tinio.

Cox acquired her pilot certificate in 2008. She became the first licensed pilot who can fly with her two feet through the Able Flight Scholarship. Just like Cox, Hofstetter’s situation did not define her life. She was only 17 months-old when she was involved in a car accident. Instead of living a miserable life, she pursued to achieve great things. One of which is becoming a licensed pilot, thanks to Able Flight.

Jernigan and Tinio’s situation is quite different from Cox and Hofstetter. Both men were born deaf. This makes it nearly impossible for them to fly an aircraft. With the help of Able Flight, they both became licensed pilots.

Other Paraplegic Pilots

In 2010, CNN reported a paraplegic pilot’s attempt to fly from England to the Down Under on his own. This meant crossing 18 countries using a “microlight, ultra lightweight airplane.” According to BBC, it took David Syke more than three months to complete his journey. This amazing endeavor was part of Syke’s fund raising effort for the Yorkshire Air Ambulance.

His feat did not stop from there. Just last year, he left for North Pole in his microlight airplane. Despite his injury on his right hand, Syke was determined to set out a 5,000-mile solo journey crossing the Arctic Ocean. From Denmark, he flew to Sweden and headed to the north of Norway. From there, he traversed the Barents Sea then made his way to Svalbard. He passed over nothing but a 500-mile body of water before reaching the Polar ice cap.

Dorine Bourneton was also the first paraplegic pilot to join the Paris Flying Display. According to ainonline.com, Bourneton participated in the aerial exhibition using a modified Mudry CAP 10 light aerobatic aircraft.

Flying Fast and Free: New Aerospace Materials

On the Februrary 2002 issue of Ingenia Online, the possibility of creating a faster and larger aircraft was discussed. More than a decade later, the pursuit for faster aircrafts still continues. Through the recent aerospace technology and materials, it is more than possible to develop super fast planes. It is like betting on a sure thing.

Nanostructured Ceramics

According to MIT Technology Review, nanostructured ceramics might be the future of lighter, faster and stronger airplanes. These engineered ceramics are composed of nanoscale criss-cross struts, which is akin to the Eiffel Tower. Researchers regard these nanostructured ceramics as “the strongest and lightest substances ever made.”

Lightweight Aircraft Means Faster?

Technological advancements have allowed engineers to operate wing flaps using lightweight electrical systems. You don’t have to be super smart to know that light materials travel faster and smoother compared with heavy materials.

A study conducted by the Flight Sciences International showed that fuselage-insulation blanketing sucks up humidity. In time, they get a bit weighty.

In an effort to decrease the weight of its carriers, Jetstar airways replaced their in-flight entertainment kits with Apple’s iPads.

Hypersonic Passenger Plane

The Daily Mail Online reported that in 2030, passengers can travel from London to Sydney in a little under 90 minutes. More so, flying to the United States from Europe will only take an hour or so.

After receiving the funding, the development of hypersonic SpaceLiner has now the green light. The aircraft will have two-stage, fully reusable system. It will also be powered by environment-friendly materials — liquid hydrogen and oxygen. The SpaceLiner’s engine will also be able to accelerate “more than 20 times the speed of sound in less than 10 minutes”, Daily Mail Online reported.

Supersonic Boom Aircraft

According to Dezeen, supersonic speed planes or Boom planes can “travel 2.6 times faster than any other aircraft.” This can be done using “lightweight carbon-fiber composites, propulsion systems and airframe materials” as detailed on the company’ website.

Based on an article from The Guardian, Boom planes were not the first supersonic planes to be the talk of the town. The National Aeronautics and Space Administration (NASA) also had the same conceptual design, which will be more hushed when landing.

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