2019 is seen by many industry experts as the year drones become more widely accepted. Though the technology has been around for quite a while, drones have yet to be fully embraced, says aviation expert Scott Beale. But more and more startups and established companies are beginning to commit to the flight of drones.
For one, the programming needed is catching up with the technology, even as more innovative businesses are showing bigger businesses how the application can be maximized. From the incorporation of more robust AI to spectrum analysis apps, new platforms are coming out in support of the needed software to further drive drone technology and harness its potential.
While drone technology is certainly disruptive, it is starting to infiltrate more industries. It shouldn’t take long before larger organizations flex their proverbial muscles and take advantage of their bigger investment clout. And this will manifest itself in more challenging e-commerce programs as the 2020s near.
Practical applications of drone technology in shipping and delivery is already in the works. Amazon was recently just given legal permission to use drones for carrying packages below 400 feet and weighing up to 1.5 pounds. In agriculture, drones will prove crucial for mapping 3D images of fields for soil analysis, as well as for spraying crops and determining their relative health and density, adds Scott Beale.
Scott Beale has been working in the aviation industry for more than 20 years, successfully growing businesses which he both acquired and founded. He has led various aviation firms in attaining revenue growth. More on Scott and his work here.
In a recent report from the U.S. Environmental Protection Agency (EPA), it was stated that aircraft have been responsible for about 8% of the entire greenhouse gas emission of the country’s transportation sector. This alarming development, coupled by a global demand for a greener aviation, is a huge reason why some manufacturers are beginning to consider building electric planes, says aviation professional Scott Beale.
A conventional jet airplane has an engine that draws in air through the front, a compressor for squeezing it, and fuel that’s sprayed in and lit, allowing for the burning of gases and the plane’s thrust. An electric plane, on the other hand, relies on batteries that provide power to an electric motor which spins the propeller.
However, while electric planes are definitely more efficient, they tend to be slower as the battery-reliant (often lithium-ion) process allows for far less thrust. In any case, there should be huge improvements in aviation technology in the coming decade, from reductions in operating costs and fossil fuel burning to emissions. In fact, NASA already has a prototype electric propulsion plane in the X-57.
There’s also the solar-powered Solar Impulse 2, which successfully circumnavigated the globe at average speeds of 47mph. Even Airbus has already revealed a two-seat electric plane that travels at speeds of 136mph.
In truth, the idea of using electric motors has been around since the World War II, when B-29 bombers used this technology to power the planes’ gun turrets. For now, a more concerted effort is needed to get greener and completely embrace electric aircraft. But their reign is imminent; not only a greener but a quieter way to fly should arrive sooner than projected, adds Scott Beale.
Aviation and aerospace professional Scott Beale is skilled in commercial sales and aviation products marketing, government contracting, and business startups. More on Mr. Beale and his work here.
More and more, businesses are understanding that some of the most valuable skills an employee can possess have very little to do with their job title or position. For instance, a potential recruit that knows how to use a certain type of software might also lack good people skills and they might fare more poorly than someone who lacks that same software knowledge but has great people skills. There are some careers and experiences that create higher-than-average success rates, both in business and in life. One of these is being a pilot. Here are three important skills pilots acquire from flying.
The ability to stay cool and calm under pressure
There are very few situations people find themselves in that are genuinely and legitimately life-or-death scenarios. Pilots are quite literally in a life-or-death situation every time they fly. When anything goes wrong, a good pilot realizes that panicking will not solve anything. Pilots have to be able to set their panic aside and think calmly and rationally to solve their problems.
Most of the time, people have to make decisions before they have a full and complete picture of the problem. Sometimes, people act too quickly or rashly and just make things worse. In other cases, they become paralyzed by fear of making the wrong decision and fail to act at all. Pilots have to do their best to assess the situation as best they can, then quickly run through any and all options available to them. They then must make a decision and act on it swiftly. In addition, they have to remain open to making course corrections as more information presents itself.
Many people think that confidence is the opposite of humility but it is not. It is possible to be confident and humble at the same time because the opposite of humility is arrogance, not confidence. You can be confident without being arrogant. The more skill a pilot gains, the more confident they become, but they are also keenly aware that their lives and those of any passengers are at the mercy of forces beyond their control. While there may be some pilots that are arrogant, it generally only takes a few life-threatening moments or incidents to instill some humility in them. Making it through those same moments will give them more confidence, but it will end up being tinged with humility at the same time.
In his time at the aviation industry, Scott Beale has seen a number of innovations assisting pilots, airline companies, and aircraft manufacturers in assuring the safety of air travel. The latest technology has constantly played a major role in aviation.
One of the most crucial areas in which technology has affected aviation, Scott Beale notes, is airplane maintenance.
Maintenance of aircraft is a major part of airline operations. Commercial airplanes are checked before and after every flight, since nothing is more important than passenger safety. Airplane mechanics and engineers know that there are too many factors and conditions exerted on these gigantic machines. Every major part should be in good working condition before leaving the ground.
Today, there are various software installed in airplanes that allow for crew to inspect and perform diagnostics in-flight. Some airlines have even developed software so that specialists can check—from a mobile device—if there are any problems with any major airplane part. This opens up a whole new world of possibilities, one of which is aircraft maintenance during a flight.
This makes flying a lot safer since pilots can decide, based on real-time data feeds on their palms about the condition of all parts of the plane, whether or not to proceed should any problem arise with the flight.
Scott Beale, for one, is extremely excited to see what other innovations are in development for the aviation industry.
As its CEO from 2011 to 2015, Scott Beale piloted the successful business turnaround of Aerodynamics Inc., increasing the company’s profitability by means of new business and diversification efforts. To know more about the latest technologies in airports and aviation, visit this website.
Unmanned aerial vehicles (UAVs) or drones have been around for quite some time, but only in recent years have they become commercially available. But they have quickly become a part of many people’s everyday lives, and soon drones will become a staple the world over, says aviation expert Scott Beale. Below is how drone technology will affect lives in the 2020s.
Studies conducted by the FAA forecast that drones will reach as much as 7 million by next year. These UAVs will rule the skies, with 2.7 million of the said number being made commercially available. This is a staggering amount, given that there are only between 26,600 and 39,000 planes on the planet today.
By 2024, the worldwide commercial drone market is seen to reach 17 billion, a huge leap from its current photography and video application. This is because drones will find increased use in various other industries such as construction, real estate, and agriculture. In this sense, many job opportunities will shift from labor-intensive ones to more analytical work.
It must be mentioned that while drones are still associated with military use, this will change drastically this coming decade. Moreover, drones will not necessarily be used for delivery purposes, with less than one percent of commercial drones predicted to service the shipping industry. Most importantly, future drones will be able to help to save lives and reduce accidents by eradicating mundane work like roof inspections, adds Scott Beale.
Scott Beale was the CEO, President, and founder of Flightworks, Inc. He was responsible for expanding FlightWorks from a $1.5-million-dollar business when he purchased it in 2000 to a $90-million enterprise when he sold the business in 2010. More on Mr. Beale’s work and career here.
First off, let’s establish that the terms “blimps” and “zeppelins” are part of what is generally called the airship, any motorized craft lighter than air. Zeppelins are distinct for having rigid air compartments, while blimps are inflatable. These ships started appearing after significant developments in internal combustion, with a few aviators piloting them using steam engine power.
Many people don’t know it, but the first airship, the Zeppelin LZ1, took the air in 1900, three years before the Wright Brothers made their infamous flight, says aviation professional Scott Beale. By the early 20th century, a lot of wealthy people and businesses were drawn to the lucrative potential of airships. In the 1930s, luxury airships would carry people regularly across the Atlantic.
Sadly, the airship Hindenburg would crash in 1937 while landing in New Jersey, and the craft, filled with hydrogen, exploded for the watching world to gasp in horror at the sight. This dramatic disaster and the ensuing trauma would lead to an almost instantaneous end to passenger airships. This incident, coupled with developments in airplane and helicopter technology, would make airships scarce.
There are only an estimated 25 blimps and even fewer zeppelins operating in the world and aviation industry today, adds Scott Beale. Most of these airships are used today mainly as floating billboards and for doing bird’s-eye-view photography during huge sporting events. Our skies have been left for the dominion of helicopters and airplanes. Nonetheless, some modern aviation companies are keen on studying how to safely bring back these amazing aircraft.
Aviation and aerospace professional Scott Beale is skilled in commercial sales and aviation products marketing, government contracting, and business startups. Visit this site for more on Mr. Beale and his work.
Scott Beale has extensive experience in the aviation industry, and he loves sharing his knowledge to aspiring pilots, engineers, or even those who just want to get a clearer picture
of aviation in general.
This blog will tackle the significance of deicing in aviation, and why it is an essential step in flight safety. While many casual flyers don’t fully understand or even aren’t fully aware of the process, deicing helps aircraft fly and reach their destination safely.
Not only does deicing remove semi-frozen moisture from the external surface of an aircraft and moisture from the engine and fan blades, but the process also provides protection while the aircraft is in flight, explains Scott Beale. The treatment also greatly enhances the flight of the aircraft as far as aerodynamics is concerned. Other facets of flight such as balance, thrust, and flight control are improved as well.
Deicing happens when the aircraft is on the ground, before and after each flight. A ground crew of technicians assigned to the aircraft checks it for moisture on the surface. After which, the deicing process takes place. In many instances, even when there is no moisture to be found, deicing procedures still happen in case the weather acts up.
Scott Beale piloted the successful turnaround of several aviation companies, including Aerodynamics Inc., where he served as its CEO from 2011 to 2015. For more posts like this, visit this page.