Archive for the ‘Trends and analysis’ Category

“Moneyball” for General Aviation

Thursday, December 5th, 2013

Flight time is the secret sauce to success.

It’s like getting runs on base.

I wrote that headline because, “Sabermetrics for Flight Schools, Flying Clubs, and Anyone Who Wants to Make A Buck In Aviation,” just doesn’t roll off the tongue.

I find the movie “Moneyball” inspiring. It’s a movie as much about business as it is about baseball. Anyone managing an aviation business can find inspiration here too. Its how the business model of OpenAirplane came to be.

“It’s about getting things down to one number. Using the stats the way we read them, we’ll find value in players that no one else can see. People are overlooked for a variety of biased reasons and perceived flaws. Age, appearance, personality. Bill James and mathematics cut straight through that. Billy, of the 20,000 notable players for us to consider, I believe that there is a championship team of twenty-five people that we can afford, because everyone else in baseball undervalues them.”

– Peter Brand in “Moneyball”

The book, and the movie are the story of how the Oakland A’s, a team out spent and out gunned by it’s competitors, finished 1st in the American League West with a record of 103 wins and 59 losses, despite losing three free agents to larger market teams. They built a championship team like, “an island of misfit toys,” using sabermetrics.

Sabermetrics is the term for the empirical analysis of baseball, especially baseball statistics that measure in-game activity. So let’s look at how this discipline, which demystified the voodoo of the business of baseball, can be applied to the business of aviation.

Jason Blair, former Executive Director at NAFI, has spent a lot of time researching what makes flight operations tick. He offers up what he’s learned in his seminar for industry folks called, “Skills for Flight Training and Aircraft Rental Operators to Increase Profitability.” Using one of the handy spreadsheets Jason has been gracious enough to publish can be enlightening, (sometimes scary) and very useful.

Modeling profitability of rental aircraft yields our industry’s version of sabermetrics. It’s flight time. More specifically, its flight hours flown on an airframe, or utilization that makes or breaks the business. Like the focus on getting on base make a baseball team a winner, optimizing the business on number of flight hours flown by each airframe is the secret sauce to success in flying business.

To grossly oversimplify this…

Fly more hours = make more money.
The cost of getting the airplane doesn’t matter near as much.

Utilization is the single biggest influencer on price and profitability for airplanes. It’s this single metric that has the biggest impact on the business. The effect of utilization is significantly more influential than the effect of the acquisition cost of the airplane.

For example, let’s model utilization vs. cost…

If we decrease the hours flown by 25%, the rate for profitable rental increases by 17.3%. If we increase the hours flown by 25% the rate for a profitable rental falls by 9.4%.

but…

If we decrease the acquisition cost of the airplane by 25% the rate for a profitable rate drops by 3.7%. If we increase the acquisition cost by 25%, the required rental rate also only bounces up by the same percentage.

This example shows the asymmetrical influence flying more hours per year has on profitability and affordability of the airplane.

Flight hours flown per year really is the single most influential metric on the profitability of the business that you can manage. This is why we built OpenAirplane from the ground up to do one thing at scale, which is to drive up the number of flight hours and drive better utilization of the fleet.

Operators who optimizes their business to create more flying hours will win.

 

It’s Time To Change Our Image (part 1)

Monday, November 25th, 2013

Let me try this on you: I’d guess that most people – obviously not including you, since you’re reading this magazine – have a generally negative view of aircraft and flying.

Agree?

Think about it: the closest most people get to airplanes is riding the airlines to go visit someone . . . and we know what kind of experience that is. Apart from those who are scared to death that the flight is the last bit of transportation they’ll ever take in this life and that what’s left of their body after the crash will never be found, I’ve never heard any of the people in the back of the bus carrying on about how cool it was to get irradiated and frisked by the TSA and then crammed into knee-knocking seats that are so tight that you can’t get into your pocket to get the money out to pay for the “food” that they want to sell you.
It gets worse, of course if they have ever been stuck on the ramp for multiple hours with the lavatories overflowing for reasons the company chose not to tell them about. The whole experience is pretty de-humanizing.

The other times when most people get near an aircraft is when one flies overhead. Although you and I probably look up and admire the machine, there are a whole lot of folks who just hear the noise and don’t think that they should have to. Some see the plane (or the contrails) and think of the pollution that is coming out of the exhaust of the engines and how aviation is contributing toward the destruction of the planet and the opportunities for their kids. (They’re generally wrong, by the way, about the relative contribution that aviation – particularly GA – contributes to the total air pollution, but for this discussion, that is moot.)

Then there’s the general attitude that just about everyone has about business aviation. I was impressed when talking to a senior executive of a Wichita-area airframe company recently about the kids coming out of college who were looking for jobs with his company. They desperately wanted to get a job with this jet manufacturer but when asked what they thought about the product that they might be working on, the almost universal reaction was that private jets were for “fat cats” and that they polluted and made too much noise.

There’s a reason why Barack Obama picks on business aviation when he’s trying to make a point about the disparity between the haves and the have-nots. I used to be in politics. I can tell you with great certainty that the political guys in the White House have very good polling data that says that private jets are the go-to, symbolic hot button to use if you want to get an immediate, predictable response from the public about the inequity of it all.

If you like airplanes and flying like I do, then all of this hurts a bit. You feel sad that these folks don’t appreciate the beauty, the productivity, the freedom and even the spiritual nature of driving a plane through the sun striped, strato-cu clouds or marveling at the light art painted across the surface of the planet during a CAVU, twilight approach to someplace like LAX.

This perception disparity is serious business. I’ll talk about that next month.

Aviation’s University Education (and Industry) Challenge

Thursday, November 7th, 2013

In the world of  “Higher Education,” I am an anomaly amongst the masses at my university. In the majority of the classes I teach, I’m closer in age to the students in the room than I am to my faculty colleagues. With this reality comes additional responsibilities (namely, modeling good behavior), several challenges (the ever present need to maintain decorum amongst millennial peers who happen to be my students), and many benefits (a different take on the professor/student learning and mentoring relationship, where students may or may not feel comfortable seeking the advice of someone much closer in age comparatively). When amongst my colleagues from other aviation universities, it’s not uncommon for myself and a handful (but growing) of young aviation faculty.

This week, I’ve traveled to San Juan, Puerto Rico for a meeting of aviation faculty from universities around the US. Gather a large number of aviation faculty like this group in one room and you’ll notice one thing: the demographics are not much different compared to those I’ve written about at Oshkosh: Predominantly above the age of 50, and white. For many, this is a second career after years spent in the trenches of the military or airline industry. Sadly, it’s not a vacation; we will be spending time in meeting rooms that may or may not have windows that look out on palm trees. During these sessions, many things will occur: professors will present about best practices in the classroom; graduate students will share their successes and failures in research toward their theses and dissertations; everyone will collectively throw up our hands and panic about the new Restricted Air Transport Pilot Certificate & an impending pilot shortage.

As education professionals in a university environment (one far different than what you might find in public K-12 schools), the large majority of us see this opportunity to gather together as one for professional development and the betterment of our efforts to better educate the aviation professionals of the future. Thanks to changes in priorities across many university systems (best evidenced by this comic), we find ourselves ever focused on “research” instead of “teaching.” Instead of learning by doing and discovering new methods of teaching material, a large portion of the meeting will be spent waging a near-constant battle against Death By Powerpoint. Many colleagues have a minimum number of research articles that they must publish each year as part of the justification for tenure or further employment. For many, this comes at a sacrifice of continuing to develop new methods and tools for our classrooms.

Today we took a break from research presentations to throw our hands up and bemoan a lack of cohesion between industry, alphabet groups, and higher education on dealing with the impending potential pilot shortage. For what it’s worth, this concept is something I’ve wanted to address for a very long time, and will likely address in a future blog post. One of the key areas noticed from the meeting? There are very few members here from industry. When I attend industry shows, there are very few attendees from higher education. We need to better improve our collaboration and communication between all groups in the industry. We might be surprised at just how many different stakeholder groups are throwing their collective hands up in frustration for the same issues and might have solutions for one another.

Flying Silently (Part 2)

Wednesday, October 23rd, 2013

The GA industry has been treating noise like the automobile industry has been reacting to calls for better fuel economy.  Even though it is reported that every automobile sold in China must get at least 35 miles per gallon in fuel economy, major American manufacturers launch all of their lobbyists on Congress every time the hill wants to raise the average CAFÉ standards to something like 28 miles per gallon . . . by 2025!  They say they can’t do it and it would cost jobs, etc., etc.  Can you believe that if American and Japanese and German engineers suddenly were required to build more fuel efficient engines they couldn’t equal the efforts of Chinese engineers?  (Well, the fact probably is that some of those cars manufactured in China are engineered by GM engineers and other folks a little closer to home, so maybe it’s not just an engineering issue after all.)

The same certainly is the case with engine and propeller noise in aircraft.  If we wanted to do it, we could certainly find solutions.  We just don’t think that it is important.  I once suggested to an aviation association VP that aircraft noise had the potential to be a major issue threatening the future of GA and got not much more than a shrug in response.  Regardless of the reality, the public already thinks that we’re a bunch of rich guys who either own or operate airplanes.  Why do you think they’ll cut us some slack downstream when they finally get really mad about all of this when most every other polluting industry is working on eliminating their effluent and we’re not.

Once it seemed that it might just be possible to convince my wife that flying an ultralight out of one of the fields of our farm in West Virginia would be a reasonable idea.  So, I went to Oshkosh and checked it out — but I didn’t want to hassle the neighbors with the noise from the Rotaxes that they all use.  Remember, people like the country in part because it is quiet.  The manufacturer’s rep said that there was nothing they could do to make the engines quieter (something about them being 2-cycle, or something), but I knew friends who were doing exotic aircraft design for spooky government agencies who were producing little lawn chair construction aircraft (and helicopters, for that matter) for sneaking into dangerous places around the world that made almost no noise . . . so I knew it is possible.  The incentives are just not in place. Commercial aircraft have certainly gotten much quieter.  Why can’t we?

Airplanes are not just noisy, they’re more expensive to operate because they’re noisy.  We have to burn gas to make that noise.  It costs more and doesn’t do anything for us.  It’s like waste heat, or sulphur dioxide coming out of the stack of a coal-fired power plant. If engine and prop manufacturers put their heads to it , they could produce more fuel efficiency and less noise at the same time.  That’s a particularly good idea in the face of an almost certain global decrease in the production of petroleum in the coming years (which is another piece of this puzzle).

So every time you look up with interest to the sky (as I always do) when I hear an aircraft two or three miles away, think about the future of aviation, the pollution of the environment, citizens who want to live in peace, the cost to operate an aircraft, and the decreasing availability (and therefore increasing cost) of fuel. Just think about quality of life.  That might convince you that it’s high time that we in the aviation business began to seriously work on silently pursuing our wonderful profession.

A Future with More Government Shutdowns?

Monday, October 7th, 2013

Government Shutdown FAAAs of this writing, the 2013 government shutdown, the first in 17 years, has been in effect for a week with no signs of ending. If it only continues for another week or two and doesn’t reoccur in the near future, the many people and organizations affected by it will give a collective sigh of relief and it will soon be forgotten. But what if government shutdowns become the new normal?

It wasn’t that long ago that filibusters in the Senate were rare, but since 2009 they’ve become routine, requiring 60 votes whereas in the past a simple majority vote was sufficient.  If government shutdowns become routine, we may be in uncharted territory.

From the important to the mundane, here’s what’s not happening at the FAA during the government shutdown:

  • The Aircraft Registry Branch is closed, so new aircraft sales have halted since the planes can’t be registered. A GAMA survey indicates that 12 deliveries were missed in the first two days and a total of 135 deliveries totaling $1.38 billion if the shutdown lasts a couple of weeks. Interestingly, the Aircraft Registry Branch was deemed essential and left open during the shutdowns in the 1990s. Why not this time?
  • The Flight Standards Service is down from 5,000 people to fewer than 200 essential people, mostly managers. So the inspectors who provide safety oversight of maintenance and operations are mostly sidelined. Expect virtually no ramp checks, ferry permits, CFI renewals, or approval of applications, such as a new Part 135 certificate for a new charter operator. “Limited” certification work, such as on new aircraft under development, will continue according to the DOT.
  • Written exams for knowledge tests have halted, an inconvenience for anyone who put off taking their written exam until just before a now delayed checkride.
  • Major new initiatives are delayed. Remember Part 23 reform that according to AOPA will “overhaul small-aircraft certification rules to double safety and cut costs in half.” Not happening right now. Development and testing of NextGen technologies is also halted. And if you’ve taken a written exam and wondered why you saw lots of questions about ADF receivers, but few on GPS, be aware that the current overhaul of knowledge tests has stopped.

Some things that are essential to protect life and property continue to be in place. That includes air traffic control facilities, the FSS services provided by Lockheed Martin and the aviationweather.gov web site (which is actually part of NOAA, not the FAA). And DOT reports that 2,490 employees from the Office of Aviation Safety will be incrementally recalled over a two-week period. FAA practical tests (checkrides)  continue for now, except for those that require a ride with an FAA inspector, such as CFI checkrides in some FSDOs.

The 2013 FAA budget involved reductions of $486 million and the Fiscal Year 2014 target includes a reduction of $697 million. A future FAA with a shrinking budget is likely to take longer to implement new rules, to reduce the services it currently provides, and to outsource more of its functions. I expect it to also attempt to charge for previously free services (e.g. the $447,000 bill for ATC service at AirVenture).

So what are the near-term implications for General Aviation? For starters, people working in GA will need to start planning further ahead to minimize the impact of future government shutdowns. Some things will be easy, like encouraging flight students to take their written exams when they first start flight training. Others, like getting a new Part 135 charter certificate approved when the FAA is open will be difficult because of backlogs.

Looking further down the road, GA should be involved in the dialog on how to restructure a changing FAA. If you have a good idea on how they can cut waste and improve efficiency, send it to the Administrator. Do you have an idea on how they could outsource a service, like the Flight Service Stations (FSS) that were outsourced through Lockheed Martin? Send them a note or a proposal.

The worst possible outcome would be if other, better-funded agencies step in to help the FAA with their mission. I can only imagine how awful GA flying would become if, for example, the TSA took primary responsibility for ramp checks. If government shutdowns ever become the new normal, many things will change. And it will be up to all of us to make sure that GA as we know it doesn’t get swept under the carpet in the process.

Flying Silently (Part 1)

Thursday, September 26th, 2013

Some years ago I went down the hall in the E-ring in the Pentagon to see the then 3-star admiral friend of mine who ran all of naval aviation.  At one point I got around to asking him what his biggest problem was at that time.  I was surprised at his answer: neighborhood encroachment at his naval air stations.  What he was telling me was that as civilians built houses closer to his airfields the noise from the aircraft were causing a problem with the homeowners and they were raising a ruckus with their politician friends . . . and that was causing a significant issue for the Navy all over the world.

It reminded me of when I was a nugget junior officer living on base at the Alameda Naval Air Station in the middle of San Francisco Bay.  Every time the repair facility would do an engine test on the J57 engines for the A-3 aircraft that I then flew, even though they had the test stand sticking as far out in the bay as they could, it rattled the windows in the bachelor officer quarters such that all conversation would stop for the 3-5 minutes while they ran the engine through its high-power run-up test.

I was young then and didn’t think much about it.  If I had, I may have had the bumper sticker opinion that all that noise was just the “sound of freedom” as I’ve heard some old soldiers referring to the disruption produced by helicopter operations near residential areas. Maybe it’s just my problem, but I’ve never equated patriotism with pollution, although I guess some people do.

It’s interesting that we in the GA business have such a low sensitivity to the noise that our machines produce.  What other job can you think of where a goodly number of the profession puts on a coat and tie and goes to work in an environment where the ambient noise level is so loud that they have to use headphones to muffle the outside noise and amplify the normal speaking voice of the folks that they are communicating with – some just a couple of feet away.  Ours is not a steel mill or an aircraft carrier deck.  We’re not stamping metal with giant presses that shake the ground.  Think about it, we’ve got engines the size of those in every car and truck in the country, but ours make far more noise.

In my profession of looking at future trends it is clear that people all over the world are becoming increasingly concerned about their environment.  It’s certainly the case with smoking in public places, tail pipe pollution pumped into the air, industrial and agricultural run-off finding its way into streams and rivers, and sound levels in neighborhoods.  There have been mini-revolts in the spiffy suburbs around Hollywood generated by the disruption produced by weedeaters and leaf blowers wielded by foreign workers who were impervious to the noise because they were wearing Mickey Mouse ears (that’s what we called noise suppression devices in the Navy).

Of course, the AOPA has full-time people fighting the neighbors all around the country who want to close local airports.  San Jose, San Mateo, Naples, and any of a number of other places where GA flies close to the people. Why?  Mostly because of the noise.  Can you imagine what the problem might be if there wasn’t any noise – or if it was the level of an automobile or a pickup?  I don’t think there would be a problem.  People aren’t concerned about low flying aircraft – they don’t want to be disrupted.

(More on this subject next month.)

The automation challenge: A young person’s problem?

Wednesday, August 28th, 2013
Otto Pilot

Image Credit: Screenshot from Airplane!

In the aftermath of Asiana 214 in San Francisco and UPS 1354 in Birmingham (even reaching back to Air France 447 and Colgan 3407), much of the collective conversation, soul searching, and heated argument has revolved around the issue of cockpit automation and pilot interaction with onboard technology. There has been a collective cry from much of the “old guard” in the aviation field saying that these accidents prove that the modern pilot spends too much time monitoring systems and not enough time honing their old-fashioned “stick-and-rudder” skills. A recent blog post from the Economist even went so far as to say:

“Many of today’s younger pilots (especially in the rapidly expanding markets of Asia and the Middle East) have had little opportunity to hone their airmanship in air forces, general aviation or local flying clubs, allowing them to amass long hours of hand-flying various aircraft in all sorts of weather conditions and emergencies.”

Are the recent airline accidents a direct result of a lack of stick-and-rudder skills amongst younger pilots? A look at the demographics of the flight crews tells a different story. The two captains in the left and right seat onboard Asiana 214 were 48 and 45 years old, respectively, and the relief crew was 41 and 52 years old. The captain of the UPS aircraft that went down in Birmingham was 58; the first officer was 37. Air France 447’s crew had the youngest first officer (32 years old) amongst these major “automation interaction” accidents; the captain was 58 and the relief first officer onboard the ill-fated flight was 37. Without getting into the training priorities of each airline and nitty-gritty of procedures relating to hand-flying, it would seem that more of our accident-prone problems today stem not from a lack of stick-and-rudder skills of the millennial first officer, but (to borrow a colloquialism) teaching our old dogs new tricks and displays in the cockpit.

In general aviation, we see this new challenge with the implementation and increased use of technologically advanced aircraft (TAAs) by our pilots. The standard story goes something like this: VFR-rated pilot gets in TAA, encounters marginal weather, potentially thinking he’s safer behind a glass cockpit, becomes disoriented, and crashes. Is this a stick-and-rudder skill problem, or is it indicative of a broader problem that we still have failures in how we train our pilots to make good decisions?

If you want to buy a new airplane today, be it a 172 or SR22, it will be equipped with glass cockpit technology and the automation that comes with it as standard. Our training and testing methodologies have not adapted to meet these new, fantastic technologies, giving pilots the opportunity to learn both stick-and-rudder skills and the systems management/awareness skills to use the automation to its best and safest abilities. It’s been far too long since the FAA in consultation with the industry has taken a look at its requirements and testing methodologies for pilot certificates in this country. The new ATP certification process presents some revamping of testing and subject areas, but we still fail to begin our training by reinforcing both stick-and-rudder and technical skills.

My fellow “younger” pilots (those lacking in stick-and-rudder skills as the Economist blog post suggests) are incredibly comfortable with technology. For many fellow graduates from large universities, we have extensive experience training and learning in TAA. Where do the airlines see challenges in their training of new hire pilots from these big schools? Not in systems management or basic stick-and-rudder skills. The biggest issue with near consistency across airlines whose new hires trained in all-glass fleets is basic instrument competency. Small things like holding, VOR tracking, and setting fixes in the “old-fashioned way” with two VORs make up a large portion of the feedback universities receive.

In the United States, GA will continue to serve as the primary pipeline for tomorrow’s professional pilots. It behooves us all as GA pilots and instructors to emphasize both of these elements in our training and day-to-day flying. We need to continue to explore better methods of training, especially for the “new dogs” that are already used to GPS on their phones and in their cars and those “old dogs” who grew up in a time when LORAN was a common tool for navigating.

The next and biggest threat to GA (part 2)

Monday, August 26th, 2013

We may already be seeing the beginning of the government’s plan to eliminate VFR flying. 

Following the initial reporting by Ken Mead of AOPA, FLYING’s Robert Goyer, (among others) have been relaying the growing numbers of random, unfounded stops by heavily armed, threatening teams from CBP, Homeland Security, and local authorities of aircraft that were flying under VFR rules.   

Pilots should consider the following:

1.       The government has identified VFR flying as an area that they do not control in the way that they do most other areas of transportation.  They will work to eliminate that ambiguity.

2.       The government is being influenced by a concept described in a book, read and promoted by President Obama, named Nudge: Improving Decisions about Health, Wealth and Happiness, by American academics Richard H. Thaler and Cass R. Sunstein.  One interviewer, reported, “When I talked to Thaler earlier this year about Nudge and asked him what was the core theme of the book, he said: “The central question is really whether by understanding human nature you can use what we call “choice architecture” to devise policies and institutions that make it more likely that individuals will make decisions that are good for them.””  Thaler has just come off of a stint working in the Executive Office of the President at the White House where his job was to devise situations where people were put in situations where the choices they were given were biased toward decisions that the government had determined beforehand were beneficial.

It is not unreasonable to suggest that the probing, increasing visible stops of pilots by authorities could be the initial attempts to “nudge” the aviation system in a direction that they desire (or to test to see what kind of response they get). 

3.       Federal and local agencies now use massive, overwhelming, intimidating force in unthreatening situations.  For example, John and Martha King were confronted as though they were known drug runners when they were stopped by four cars worth of gun drawn officers because of an N-number confusion.  The point is that there is a clear, new, nation-wide attempt by law enforcement agencies to default to force and intimidation as the de facto approach in increasing numbers of situations.  There is a clear trend toward intimidation.

4.       The most likely scenario – one used in many other situations – is to capitalize on an upcoming event, either contrived or not, to try to make the point that this lack of control presents the country with a vulnerability that must be eliminated. 

5.       There are a number of defensive strategies that could mounted to fend off this trend.  One is to begin to raise the awareness of the importance of VFR flying by reminding the pilot community of the unique, beneficial value of coming and going as we wish.  A clear community-wide commitment to the values of VFR flight would be useful if there were a future run at visual flying.  

Another would be to become increasing vocal, as AOPA and FLYING, and other publications have been, about the efforts of the government to stop pilots without probable cause. 

There could also be defensive legislative remedies as well.

It would be very sad to lose the last real example of freedom that aviators in the U. S. (and not many other countries) have — to take to the sky without a reason or necessary destination, only because of the joy and wonder of it all.

The next and biggest threat to GA (part 1)

Tuesday, August 20th, 2013

I’m a pilot.  I flew aircraft carrier-based airplanes in Vietnam and spent many years building my own airplane.  But my day job is that of a professional futurist.  I’ve written three books, worked with governments about how to anticipate surprises, designed national surprise anticipation systems, etc.  I track trends, early indicators and weak signals and develop scenarios about what those inputs might mean

In the mid-2000s I saw the beginning of what is blossoming into a significant threat to flying in the U.S.  During a high-level planning meeting with representatives of DOD the White House, DHS and others who were considering how to set up the airspace around Washington, DC to eliminate the likelihood of another 9/11.  I was the self-appointed representative for general aviation in the room.

It was illuminating.  The arrogance and ignorance about GA of the group that would affect so many private pilots was rather amazing.  Their position essentially was, “We don’t care what the implications are to pilots – or the economy, for that matter – we are the government and we’ll decide.”

Since then I have watched and chronicled how our government, in the name of “fighting terrorism”, has systematically eliminated our ability to do things that common sense tells us are protected by the Constitution. (See this, this, and this, three articles from The Austin Chronicle by Michael Ventura that catalog the effective negation of most of the major amendments to the Constitution.)  What this means, by the way, is that under the present rules of operation, government agencies like DHS and CBP believe that they can stop and search anyone, anytime for any reason that they want, which why they are sending heavily armed and SWATed-up teams into train and bus stations and highways to randomly stop and search individuals with clearly no probable cause.

The systematic intrusion into tracking in real time and collecting every bit of information on all communications and commercial transactions is ubiquitous and comprehensive in terms that the vast majority of citizens do not understand.  For example, the NSA data center that is being built south of Salt Lake City is literally designed to hold 100 years’ worth of all of the transactions, movements and communications of the complete lives of all Americans, organized in such a way that at will, an analyst can chronologically array a complete lifetime of a selected individual – where they went, what they said, what they purchased and what they read and watched.

This trend has grown very rapidly at an unprecedented rate and there has been a clear attempt to widen the information capturing net to encompass every area of each of our lives.

That brings us to GA.

At a time when individuals, automobiles and trucks, ships and every other form of transportation are being tracked, one mode of transportation stands out as not being within the surveillance net: VFR flying, especially without a VFR flight plan.  In ways that are significantly not the same with other modes of transportation, an aircraft squawking 1200 says nothing about where it came from, where it is going and who and what is onboard.  It is hard to believe, in light of the extraordinary, broad based trends that dominate every other area of our lives that the government will not try to remedy that.

(My next posting will address this trend and what we can do about it.)