Tuesday, December 30, 2008
There is a string of telephone wires, but in front of that there are also some orange and white towers - you can just see them barely taller than the treeline. I have not had any luck finding out what exactly they are - radio reception towers most likely.
The orange and white paint scheme is a sure giveaway that you're near an airport. The aviation world has adopted these colors to promote awareness and safety. I'm sure you've seen those orange balls on the telephone wires before. Picture to left from Tana Wire Markers: Mark power lines, communication antennas, and guy wires at airport or helicopter areas, river and canyon crossings, overhead obstruction areas, construction sites, migratory waterfowl refuge areas, bird diversion, and more!
There is a whole FAA ADVISORY CIRCULAR AC 70/7460-1K on Obstruction Marking and Lighting. It says any temporary or permanent structure, including all appurtenances, that exceeds an overall height of 200feet (61m) above ground level (AGL) or exceeds any
obstruction standard contained in 14 CFR part 77, should normally be marked and/or lighted. It also specifies the patterns that objects should be painted in, for example:
a. Solid Pattern. Obstacles should be colored aviation orange if the structure has both horizontal
and vertical dimensions not exceeding 10.5 feet (3.2m).
b. Checkerboard Pattern. Alternating rectangles of aviation orange and white are normally displayed on the following structures:
1. Water, gas, and grain storage tanks.
2. Buildings, as required.
3. Large structures exceeding 10.5 feet (3.2m) across having a horizontal dimension that is equal to or greater than the vertical dimension.
Don't worry, I won't reproduce the whole manual here - it is extensive! If one had the time, they could know what size an obstruction is just by the type, location and intensity of the lights...
Monday, December 29, 2008
A windsock is a conical textile tube designed to indicate wind direction and relative wind speed. Wind direction is the opposite of the direction in which the windsock is pointing (note that wind directions are conventionally specified as being the compass point from which the wind originates; so a windsock pointing due north indicates a southerly wind). Windspeed is indicated by the windsock's angle relative to the mounting pole; in low winds, the windsock droops; in high winds it flies horizontally. Per FAA standards, a 15 knot (17mph) wind will fully extend the windsock. A 3 knot (3.5mph) breeze will cause the windsock to orient itself according to the wind. At many airports windsocks are lighted at night, either by flood lights on top surrounding it or with one mounted on the pole shining inside it.
Friday, December 26, 2008
Wikipedia: An Airport ramp or apron is part of an airport. It is usually the area where aircraft are parked, unloaded or loaded, refueled or boarded. Although the use of the apron is covered by regulations, such as lighting on vehicles, it is typically more accessible to users than the runway or taxiway. However, the apron is not usually open to the general public and a license may be required to gain access.
Monday, December 15, 2008
It has been my "feeling" that the aviation industry (read: pilot hiring) is going to get better over the next few years. Why? Because right now the airline industry is struggling and a lot of pilots, getting frustrated, are leaving. Plus many pilots are nearing retirement age. And people are not going to stop flying.
So the demand is going to stay the same, or likely increase, while the demand goes down. Those pilots that stick it out during these tough times will benefit from their dedication.
That's my idea, anyway. I have looked several times for information supporting or debunking my theory, and find it hard to find. This morning I saw this article:
Good Opportunities In Aviation? It's A Tough Sell from AvWeb
With Boeing, Textron, Cessna, Cirrus, Piper and Mooney either cutting back workers, hours, or operations, it's hard to see beyond the recession to a time when skilled aviation personnel will be sorely needed, but advocates say that day is coming ... maybe sooner than you think. The trick is that the predicted drought isn't the result of an economic boom or bust, but has to do with a generational shift. "The aerospace and defense industry does not have nearly enough skilled workers, especially engineers, to replace the ones approaching retirement," according to an ABC, San Francisco, report. U.S. News Friday expanded that argument to include pilots, stating in its "Best Careers" section that the outlook for employment of aircraft pilots and flight engineers is expected to grow 13 percent through 2016, and keep pace with the average growth for occupations on the whole. The foundation of that article hinges on information provided by a publication by the Bureau of Labor Statistics that appears to have been collected prior to 2006 but, pilot retirements have long been expected by many industry analysts to be one driving force for a shift in supply and demand. Meanwhile, a recent article published by the Hartford Courant states that at least one flight school in the northeast "has seen an increase in demand for its services, particularly flying lessons" currently and in spite of the economic downturn. However, with that increase has come a shift. "There's been an increase in students over 50," the article states. No one should expect those new pilots to be seeking careers in the cockpit, so theoretically those future jobs created through airline restructuring, the expansion of regional services, the economics of smaller aircraft and air-taxi travel and the expansion of global shipping are all expected to contribute to demand. But there are some oddities in the numbers.
According to FAA statistics quoted by the Courant, there has been a 27 percent increase in student pilot starts over the past five years. It should be noted that for whatever reason, that increase has been limited to the Eastern United States. Nationwide, the number of pilots fell three percent over the same period suggesting a trend that would not be matched by any expansion of the aviation industry.
Unfortunately, I tried to search for both the ABC and US News articles, to no avail.
What are your thoughts? Make a comment here.
Saturday, December 13, 2008
Observing Earth's shadow
Well, the "shadow of the Earth's curve" is a nice guess, but I don't think there's anything that can prove that it's actually the Earth's shadow. It could just as well be the sun reacting oddly to the rest of the sky. I mean, we see sunsets all different colors; seeing purple doesn't really prove to me that it's the Earth's shadow.
Tuesday, December 09, 2008
This is a picture I took at this same airport earlier in the year (when it was warmer!). Pretty neat view out of the window of my ride.
What aircraft is it? Hint: it's faster than my airplane.
Length: 53 ft 4 in (16.26 m)
Wingspan: 57 ft 6 in (17.53 m)
Height: 14 ft 8 in (4.47 m)
Wing area: 506 ft² (47.0 m²)
Airfoil: NACA 6716 root, NACA 6713 tip
Empty weight: 24,959 lb (11,321 kg)
Standard: 30,384 lb (13,782 kg)
On CAS mission: 47,094 lb (21,361 kg)
On anti-armor mission: 42,071 lb (19,083 kg)
Max takeoff weight: 50,000 lb (23,000 kg)
Powerplant: 2× General Electric TF34-GE-100A turbofans, 9,065 lbf (40.32 kN) each
Sunday, December 07, 2008
A video of an aircraft losing a wing and landing safely made the rounds many times over the last couple of weeks. I'll have to admit, although I looked at a bit skeptically at first, I thought to myself that many airshow pilots pull maneuvers I think are impossible so... But this video debunks the authenticity of this stunt.
I don't know why the videos aren't automatically loading, but just in case here's the link:
And from the checkride post: http://www.youtube.com/watch?v=y7uzzh07YOY
Saturday, December 06, 2008
Friday, December 05, 2008
Wednesday, December 03, 2008
"I am so glad to have found Girls with Wings; it is a great website which unites women who share a passion for aviation and allows a venue for us women to give each other advice, motivation and also share stories.Whenever I am feeling insecure about being able to reach my goals I simply go to the website and I find myself once again motivated and prepared for the next day and all of the obstacles that stand in the way of reaching my goal which will one day prove to be well worth the effort."
Tuesday, December 02, 2008
Having been employed by NetJets for six months (actually, having flown the Citation X for six months), I was scheduled for recurrent training at Flight Safety. Depending on the employer, pilots may have to go to training twice or just once a year to keep their skills up. Trust me, there is so much to know about flying that we need a refresher. There are numerous federal and company regulations, weather that changes seasonally or geographically which impacts your flights, crew resource management classes (always a good thing to brush up on), airplane systems reviews, and maneuver practice, etc., etc. And, after all, isn't it better to practice emergencies such as rapid decompressions, engine fire and/or failures and the like while sitting in front of a large computer screen?
One of the contingencies we plan for is a loss of electrical power. On one of our training days (we spent four days in the simulator total), we lost our generators (one per engine, to include one on the APU). Now, I was just down to the standby instruments (a gyro, airspeed indicator, altimeter, and HSI - or horizontal situation indicator). Imagine going from this:
And not much else. If you look very closely at the Citation X panel, you can just make out the blue and brown gyro to the left of the captain's PFD or primary flight display. Yes, I know these are the instruments we learned to fly on so long ago, but the point is, that we don't use them anymore. We rely on our Flight Directors, a magenta 'V' bar that gives us guidance (whenever a pilot is slightly disoriented, we tell ourselves to "fly the V bar." Oh, and we use the autopilot a lot.
I actually asked to fly a ILS (instrument landing system) approach with only the standby instruments, and the simulator operator (usually a pilot and instructor) was kind enough to print out my results. The print out is at the top of this post. You can see I had to make major corrections to stay on course (lateral deviations) and glideslope (vertical deviations). Ok, so it wasn't pretty. That's why they call this an "emergency situation."
And there's no fudging on my performance, either. We can go to the debriefing room and see exactly what we did with the power and controls at every phase of the flight, courtesy of a computer monitor.
And yes, everything is topped off with a checkride. A pass/fail, do or die, highly stressful procedure where the check pilot can test you on anything - and since no one is perfect, can fail you at anytime... Luckily I passed, so I can relax - at least until next time!
Monday, December 01, 2008
Wednesday, November 19, 2008
Thanks to Kristine, a Girls With Wings role model, for putting together this video of preflight, takeoff, enroute, and landing portions of her flight. It's a great visual aid for talking to girls about being a pilot.
Oh, and did I mention that Kristine just passed her instrument checkride? Way to go Kristine!!
IF the video doesn't play properly, its also on the homepage of www.GirlsWithWings.com
Monday, November 17, 2008
I found out (via Wikipedia, of course) that they're supposed to be called oil depots.
An oil depot (sometimes called a tank farm, installation or oil terminal) is an industrial facility for the storage of oil and/or petrochemical products and from which these products are usually transported to end users or further storage facilities. An oil depot typically has tankage, either above ground or underground, and gantries for the discharge of products into road tankers or other vehicles (such as barges) or pipelines.
Most airports also have their own dedicated oil depots (usually called "fuel farms") where aviation fuel (Jet A or 100LL) is stored prior to being discharged into aircraft fuel tanks. Fuel is transported from the depot to the aircraft either by road tanker or via a hydrant system.
How dangerous is it to have large quantities of fuel this close to airport operations? How are these fuel tanks inspected? Is fire an issue?
Here is an exerpt from a NTSB report on a major fuel fire at the old Denver airport:
About 0915 mountain standard time, on Sunday, November 25, 1990, a fire erupted at a fuel storage and dispensing facility about 1.8 miles from the main terminal of Stapleton International Airport at Denver, Colorado. The facility, referred to as a fuel farm, was operated by United Airlines and Continental Airlines. From the time firefighting efforts were initiated immediately after the fire erupted until the fire was extinguished, a total of 634 firefighters, 47 fire units, and 4 contract personnel expended 56 million gallons of water and 28,000 gallons of foam concentrate. The fire burned for about 48 hours. Of the 5,185,000 gallons of fuel stored in tanks at the farm before the fire, about 3 million gallons were either consumed by the fire or lost as a result of leakage from the tanks. Total damage was estimated by United Airlines to have been between $15 and $20 million. No injuries or fatalities occurred as a result of the fire.According to FAA regulations:
United Airlines' flight operations were disrupted because of the lack of fuel to prepare aircraft for flight. Airport facilities, other than the fuel farm, were not affected by the fire. The duration and intensity of the fire, however, raised concerns about the ability of airport and local firefighters to respond to a fuel fire of this magnitude. The origin of the fire also raised concerns about the safety oversight and inspection of fuel farm pumping operations.
22. Do fuel farms not located on airport property serving the airport need to be inspected for fire safety in accordance with Part 139.321? If so, how far away from the airport would this requirement apply?No. Part 139.321 fuel fire safety requirements are specific to fueling operations on the airport. Under Part 139.5, an airport is defined as 'an area of land or other hard surface, excluding water, that is used or intended to be used for the landing and takeoff of aircraft, including any buildings and facilities.' Buildings and facilities included in this definition are those adjacent landing and takeoff areas that support aircraft operations. While an off-airport fuel farm is a facility that supports aircraft operations, if it is off airport property, it is considered outside the scope of Part 139. However, any fueling trucks that use such off-airport fuel farms and come onto the airport must be inspected under Part 139.321.
Saturday, November 15, 2008
Radio listeners grab 100 flights in 60 seconds By Mike Collins
Would you believe that a flight school could book 100 introductory flights in 60 seconds? US Flight Academy in Denton, Texas, did just that in conjunction with Dallas radio station KLUV. A special promotion offered discovery flights in light sport aircraft to the station’s listeners for $40, half the normal price.
Justin Shelley, the academy’s director of sales, heard about the radio station’s half-price promotion and contacted the producer. Shelley agreed to take five of the station’s announcers up for discovery flights, which are intended to be the first lesson leading to a sport pilot certificate. Enthused about their flights, the announcers raved about them on the air. They positioned the flights as a bargain at $40 and promoted them heavily for several days.
Listeners were directed to a special Web page at a specified date and time, and the station’s webmaster confirmed that all 100 flights were booked in less than one minute--setting a record for the KLUV program, which has been running for nearly two years.
The radio station listed US Flight Academy on its Web site, along with the phone number, and an additional 50 flights were booked directly through the Academy. The first several people to show up at the airport with their certificates announced plans to pursue a sport pilot certificate, Shelly said.
US Flight Academy offers training for the sport pilot certificate, as well as training for advanced certificates and ratings.
Note that the rides were in a a Light Sport Aircraft. You might wonder how that is different than any other airplane (from Wikipedia):
Several different kinds of aircraft may be certificated as LSA. Airplanes (both powered and gliders), rotorcraft (gyroplanes only, not helicopters), powered parachutes, weight-shift control aircraft, and lighter-than-air craft (free balloons and airships) may all be certificated as LSA if they fall within the weight and other guidelines established by the FAA.
Light-sport aircraft, or LSA, is a classification of aircraft specific to the United States. The Federal Aviation Administration defines a light-sport aircraft as an aircraft with a maximum gross takeoff weight of less than 600 kilograms (1320 pounds) for aircraft designed to operate from land, 649 kilograms (1,430 pounds) for seaplanes; a maximum airspeed in level flight of 120 knots (222 km/h); a maximum stall speed of 45 knots (83 km/h); either one or two seats; fixed undercarriage and fixed-pitch or ground adjustable propeller; and a single electric motor or reciprocating engine, which includes diesel engines and Wankel engines.
Aircraft which qualify as LSA may be operated by holders of a Sport Pilot certificate, whether they are registered as Light Sport Aircraft or not. Pilots with a private, recreational, or higher pilot certificate may also fly LSA, even if their medical
certificates have expired, so long as they have a valid driver's license to prove that they are in good enough health to fly. LSA also have less restrictive maintenance requirements and may be maintained and inspected by traditionally certificated Aircraft Maintenance Technicians, by individuals holding a Repairman: Light Sport certificate, and (in some cases) by their pilots and/or owners.
Friday, November 14, 2008
Thursday, November 13, 2008
I was at an FBO in Louisiana this past week, and while we were waiting for our passengers, I saw this "street sweeper" cleaning up the ramp.
I have never seen this before. Although, again, just like cleaning the rubber off the runway, I assumed it was done. But why go to this trouble? Won't the airplanes just "blow" the FOD off the ramp? Why even bother?
Wikipedia: FOD costs the aerospace industry $4 billion USD per year and causes expensive, significant damage every year to aircraft and parts and may cause death and injury to workers, pilots and passengers. It is estimated that FOD costs major airlines in the United States $26 per flight in aircraft repairs, plus such additional indirect costs as flight delays, plane changes and fuel inefficiencies.
Foreign object damage or foreign object debris (FOD) is a substance, debris or article alien to the vehicle or system which would potentially cause damage. Foreign object damage is any damage attributed to a foreign object that can be expressed in physical or economic terms that may or may not degrade the product's required safety and/or performance characteristics. Typically, FOD is an aviation term used to describe both the damage done to aircraft by foreign objects, and the foreign objects themselves (i.e. any object that has, or is likely to, cause damage.)
"Internal FOD" is used to refer to damage or hazards caused by foreign objects inside the aircraft. For example, "Cockpit FOD" might be used to describe a situation where a clipboard, water bottle, or other item gets loose in the cockpit and jams or restricts the operation of the controls. "Tool FOD" is a serious hazard caused by tools left inside the aircraft after manufacturing or servicing. Tools or other items can get tangled in control cables, jam moving parts, short out electrical connections, or otherwise interfere with safe flight. Aircraft maintenance teams usually have strict tool control procedures including toolbox inventories to make sure all tools have been removed from an aircraft before it is released for flight. Tools used during manufacturing are tagged with a serial number so if they're found they can be traced.
Just FYI, Charles Brooks of Newark, New Jersey invented improvements to street sweeper trucks that he patented on March 17, 1896. His truck had revolving brushes attached to the front fender and the brushes were interchangeable with scrapers that could be used in winter for snow removal. http://inventors.about.com/library/inventors/blbrooks.htm
Monday, November 10, 2008
Along with my speech, the students of the school heard from Staff Sgt Kimberly Middleton, an Army Recruiter in my town of Lakewood, and Community Liason for Senator Sherrod Brown, Matthew Kaplan.
Believe me when I say that from the Viet Nam veteran color guard's posting the US Flag, to every grade's (1st - 4th) presentations of songs and flowers to attending veterans, I don't think I've ever seen a better behaved group of kids or more respectful program. Kudos to organizer Marilyn Lester).
Since I have resigned my commission, I am unable to wear my uniform, but I read exerpts from the following Commentary by Airman 1st Class Joshua Wilks 796th Civil Engineer Squadron to illustrate my ongoing respect for the uniform, and, of course, our country's military veterans.
Friday, November 07, 2008
Runway pavement surface is prepared and maintained to maximise friction for wheel braking. To minimize hydroplaning following heavy rain, the pavement surface is usually grooved so that the surface water film flows into the grooves and the peaks between grooves will still be in contact with the aircraft tires. To maintain the macrotexturing built into the runway by the grooves, maintenance crews engage in Airfield rubber removal in order to meet required FAA friction levels. From Wikipedia.Well, I have to admit I saw the hyperlink on Airfield rubber removal and didn't have a clue. I have never even thought about having to clean off those black "skid" marks on the runway (left because the tires aren't spinning when an airplane touches down). I learned something new, too. Which, in all honesty, is a lot of the reason I do this blog - I am still learning. The picture of the runway (below) is from my home base, Cleveland Hopkins International Airport.
Airfield rubber removal, also known as runway rubber removal, is the use of high pressure water, abrasives, chemicals and/or other mechanical means to remove the rubber that builds up on airport landing strips. The Federal Aviation Administration (FAA) specifies friction levels for safe operation of planes and measures friction coefficients for the evaluation of appropriate friction levels. Individual airports incorporate rubber removal into their maintenance schedules based on the number of take offs and landings that each airport experiences. Wikipedia.
Wednesday, November 05, 2008
Tuesday, November 04, 2008
A weather front is a boundary separating two masses of air of different densities, and is the principal cause of meteorological phenomena. In surface weather analyses, fronts are depicted using various colored lines and symbols, depending on the type of front. The air masses separated by a front usually differ in temperature and humidity. Cold fronts may feature narrow bands of thunderstorms and severe weather, and may on occasion be preceded by squall lines or dry lines. Warm fronts are usually preceded by stratiform precipitation and fog. The weather usually clears quickly after a front's passage. Some fronts produce no precipitation and little cloudiness, although there is invariably a wind shift.
Saturday, November 01, 2008
The US Centennial of Flight Website has a great article on the origins of Wing Walkers.
Scholars generally credit Ormer Locklear as the first man to wing walk, or at the very least, the person most responsible for the growth of the phenomenon. Locklear was working as a carpenter and mechanic in Fort Worth, Texas, when he joined the U.S. Army Air Service in October 1917, just a few days short of his 26th birthday. Stationed at Barron Field, Texas, Pilot Cadet Locklear started climbing out onto his Jenny biplane's lower wing while in mid-air to resolve certain problems. His first trip out onto his wing occurred when he could not see some communications clearly that were being flashed at him from the ground because the plane's engine housing and wing were blocking his view. Because he needed to interpret the communication to pass one of his pilot's tests, Locklear decided to leave the plane in the hands of his instructor/copilot and climb out onto the wing and read the message. He passed
the test, but his instructor was less than happy with him.
Or you might think of this kind of wing walker: The kind that walks along the wings of an airplane as it is being towed or taxied around the ramp. Usually wing walkers are used for large commercial airliners squeaking into the gate. You might have noticed someone walking alongside your commercial flight holding a plastic orange wand. Raising the wand lets the rest of the crew know that the wing isn't going to hit anything. This is a pretty small airplane, so you might wonder why the tug operator needs two guys on either side of the airplane (I mean, can't he see the whole airplane??).
Well, kudos to the FBO we were visiting. They obviously were trained well and they are held to a high standard.
From Procedures and their Impact:
The key for hangarkeepers and FBOs is to follow industry practices and procedures for careful aircraft handling and employee training. It's a good way to win repeat customers and is also the right approach to zero in on costs, not just for damages but also for insurance. Underwriters pay careful attention to standardized aircraft movement procedures before issuing a policy. Running a clean operation pays off all around.
A G-IV aircraft was directed on the hangar's ramp with a marshal at the nose of the aircraft and left and right wing walkers. The aircraft was stopped and both wing walkers moved to the left side of the aircraft to move two of the FBO's vehicles blocking the path. Both wing walkers remained on the left side of the aircraft while the marshal signaled the pilot to continue taxiing. The right wingtip struck the rudder of a King Air parked near the hangar and in the FBO's care.
These and similar accidents are a constant concern for hangarkeepers and FBOs as well as aviation insurance carriers. The FlightSafety Foundation believes that the bill for all ground accidents involving aircraft, including the indirect costs associated with injuries and deaths, to be about $7 billion a year. Although figures aren't broken out separately for general aviation, the National Business Aviation Association (NBAA) estimates the cost of GA ground damage at about $100 million per year in direct costs.
Sunday, October 26, 2008
Besides the incredible Girls With Wings scholarship (deadline November 1), there are so many scholarships out there - and those providing them are usually begging for qualified applicants!
One of the best sites I have found is: http://money2fly.googlepages.com/ (thanks to Dorothy!)
About FlightScholarship.info (from the website):
While pursuing my pilot certificates and ratings, I looked for and began to keep a listing of scholarships that I could apply for to help fund my flight training. Over time it grew and grew so I created a site and posted them on the internet to try and help others find money to fly too. Being female, I placed a special focus on cataloging grants for women. As such, much of my list contains awards for females only but there are some that are open to men as well.
Each scholarship has its own application deadline
Amounts may vary from year to year
Some awards may not be given every year
Contact the issuer for application or more info
The scholarships listed on this site are mostly one time awards of $250-$3,000 to help defray the cost of flight training for a pilot certificate or rating. The awards on this page are not restricted to collegiate aviation students only, hence are a resource for those pilot who cannot tap into all the money available to such students. This type of list was the goal of my scholarships website which I began to compile as I flight trained towards my goal of becoming an airline pilot.
Friday, October 24, 2008
Wait, what's an A&P, you ask? It's an aircraft maintenance technician:
A person who fulfills the necessary requirements is issued a Mechanic certificate with either an Airframe or Powerplant rating, or both. It is these ratings which together account for the common practice of referring to mechanics as "A&P's." Until 1952, instead of the Powerplant rating, an Engine rating was issued, so the abbreviation "A&E" may appear in older documents.
There is a better description at http://www.avjobs.com/careers/detail.asp?RecID=95.
There are organizations specific to women who do these jobs.
One has a mentoring program: "Jet Ahead, women mentoring women, is a mentor program for women A&P students around the country. Our main goal in this program is to bring the students together with a mentor who has been out in the field and can answer questions and help alleviate concerns. This is a program designed to be flexible in meeting the needs of A&P schools as well as their students. This is a great networking tool for your school, and yourself. So if you are interested in this program, whether you are a student, a mentor or a school, please let us know."
Another has a scholarship (deadline November 21):
Association for Women in Aviation Maintenance
"We are a nonprofit organization formed for the purpose of championing women's professional growth and enrichment in the aviation maintenance fields by providing opportunities for sharing information and networking, education, fostering a sense of community and increasing public awareness of women in the industry."
Am I prohibited from exercising the privileges of my pilot certificate during medical deficiency?
Title 14: Aeronautics and Space PART 61—CERTIFICATION: PILOTS, FLIGHT INSTRUCTORS, AND GROUND INSTRUCTORS Subpart A—General
§ 61.53 Prohibition on operations during medical deficiency.
(a) Operations that require a medical certificate. Except as provided for in paragraph (b) of this section, a person who holds a current medical certificate issued under part 67 of this chapter shall not act as pilot in command, or in any other capacity as a required pilot flight crewmember, while that person:
(1) Knows or has reason to know of any medical condition that would make the person unable to meet the requirements for the medical certificate necessary for the pilot operation; or
(2) Is taking medication or receiving other treatment for a medical condition that results in the person being unable to meet the requirements for the medical certificate necessary for the pilot operation.
Friday, October 17, 2008
You know where they stand on the war in Iraq, taxes, and healthcare. But do you know where Sens. Barack Obama and John McCain stand on general aviation issues?
“With all of the excitement surrounding this year’s presidential election, AOPA members have been asking me, ’Who should I vote for president?’” said AOPA President Phil Boyer. “Rather than endorsing a candidate, we asked the campaigns where they stand on GA.”
Each campaign was given the same eight questions that touched on FAA funding, air traffic control, GA security, and the environment. AOPA’s intent is to help you become more informed on where these candidates stand on GA before you head to the polls.
Two days after the Nov. 4 election, AOPA will host a hard-hitting discussion among several Washington, D.C., aviation insiders about what the results mean for GA. You can be a part of the discussion at AOPA Expo in San Jose, Calif., during the Nov. 6 general session. AOPA encourages members who will be traveling to Expo on Election Day to request an absentee ballot in advance.
Most of the national attention centers on the race for the White House, however, the congressional races will have a crucial impact on issues of interest for general aviation. Congress is important because this group of 535 elected officials must approve the policy legislation that sets the course for the government.
Thursday, October 16, 2008
Jessica's path to becoming the first person born without arms to be certified as a pilot began in Florida when Glen Davis provided her first hours of instruction in his Ercoupe. But since his was not an LSA version, she would have to wait until a suitable LSA model could be located. Enter Parrish Traweek of PC Aircraft Maintenance/Flight Services in the little town of San Manuel to the north of Tucson.
Of her experience in becoming a pilot, Jessica said, "I highly encourage people with disabilities to consider flying. It not only empowers you but also helps others realize that people with disabilities are adept at attaining privileges that a small percentage of society takes part in. It helps reverse the stereotype that people with disabilities are powerless into the belief that they are powerful and capable of setting high goals and achieving them. What is most incredible about Able Flight is the relentless faith and support not only from the board but also from the other pilots who have succeeded in the program. The camaraderie is exceptional. Thank you Able Flight for helping me make history as the first licensed pilot to fly with only her feet!" To learn more about Jessica, visit http://www.rightfooted.com/.
Wednesday, October 15, 2008
The name of the airport is Telluride Regional Airport, and it is well known to pilots who fly business jets (which people also fly, obviously, for pleasure). At an elevation of 9,078 feet (2767 m) above sea level, it is the highest commercial airport in North America. We go into a lot of airports near ski resorts; Aspen, Vail, Tahoe, etc.
These mountainous airports can be quite tricky. Some employers make their pilots go through special training to be "checked out" for mountainous operations. Jeppessen, the makers of the airport charts and diagrams, have special full color pages dedicated to operating in and around these airports. Why? Well, first of all, the higher altitude makes takeoff and landing operations different that what we're used to closer to field elevation. The airplane, for example, takes longer to slow down. So any extra speed being carried on final may not be removable on landing, carrying the airplane farther down the runway, toward/past (!) the departure end...
Telluride Regional Airport has one runway designated 9/27 which measures 6,870 by 100 feet (2,094 by 30 m). Located on a plateau, the airport's single runway literally dips slightly in the center. The runway can be a very challenging approach for pilots, particularly those operating commuter aircraft or business jets. During winter months, approximately 20% of the scheduled commuter airline flights end up having to divert to other nearby airports because of abruptly adverse landing conditions. Pilots must contend with high terrain exceeding 14,000 feet at all quadrants, as well as the airport's location on a plateau where 3 sides (including both ends of the runway) plunge about 1,000 ft to the San Miguel River below.
Pilots must exercise great caution whenever southerly winds exceed 15 knots (some say as little as 8 knots), and be aware of rotors, strong turbulence and down-drafts associated with the plateau cliffs during the approach. Most approaches into Telluride come from the west onto Runway 9, from the direction of Placerville and Sawpit. Pilots must stay on the right side of the valley on approach, to avoid potential traffic conflicts. In addition to all this, touch and go landings are prohibited at TEX, and the minimum traffic pattern altitude for the Telluride area is 10,500 ft MSL (1,500 ft AGL). Residential areas located to the east of the airport are generally avoided by arriving and departing aircraft, for both safety and noise abatement purposes.