Apr 27th

Professionalism is Going to be Required

By Charles

    I recently had the honor and privilege of being able to interview both the Chairman of the National Transportation Safety Board, Deborah Hersman, and the only professional pilot of the National Transportation Safety Board, Robert Sumwalt. Between the results of these interviews and recent public announcements made by the NTSB, it is pretty clear that a number of issues will become “hot button” issues in aviation safety issues, and probably regulations and enforcement issues, in the immediate future. Most of these issues have been lumped under the buzzword of “professionalism.”

    Perhaps the most immediate area of concern has to do with the intrusion of modern technology into the cockpits of aircraft (as well as the cabs of locomotives, the bridge of vessels, and tractors of 18-wheelers). In air carrier aircraft, the cockpit is supposed to be “sterile” during key phases of flight including taxi, takeoff, climb, descent and landing. Yet it is apparent that many crewmembers have been using cell phones, pda’s, and laptops during some of these phases of flight, as have long-haul truckers, railroad engineers, and the captains of vessels. A number of recent fatal accidents in all of these modalities have caused this issue to rise to the top of the pile for government agencies charged with insuring the safety of the public. The introduction of applications “apps” for PDA’s that are useful in flying has made the use of these devices a double-edged sword. On the one hand, these apps provide incredibly-useful information, in real time, at a cost significantly lower than the panel-mounted units that provide the same information, just prior to takeoff. On the other hand, they divert the attention of the crew from the view outside the cockpit, the checklists, and the instrument panel.

    Even worse, I have personally witnessed helicopter pilots speaking on cell phones in flight, telling their loved ones what time they would be landing, checking with restaurants for reservations, etc. Ignoring for a moment that such actions violate FCC regulations, to a fixed-wing pilot like me, trying to dial a cell phone, and holding it in one hand, while using another hand on the collective and a third hand (I guess) on the cyclic, seems a little like juggling at 110 knots. It is clearly unsafe. The fact that people get away with it regularly does not make it “safe”; and it sure as heck doesn’t make it “professional”.

    The other day, the NTSB made a public pronouncement that it was investigating the issue of glass cockpits in general aviation aircraft. In addition to issues about different “switchology” and operating procedures, the NTSB also noted that it seems that pilots upgrading to these systems often fail to obtain the training that they need to fully understand and utilize the features of the new technology. In larger aircraft, insurance companies, airlines, and regulators require initial training and regular recurrent training on complex systems.

    In smaller GA aircraft, we tend not to insist on such training. But to not understand the inner workings and total capabilities of the primary instrumentation in the aircraft you are flying is not only “unsafe”, it is most-certainly “unprofessional”. Even if we don’t fly for a living, if we want to keep living as we fly and afterward, we had better act in a professional manner when it comes to training. At a minimum, we need to know how to utilize the systems in an emergency. And we need to be able to take the initial steps from memory. We also need to be able to look up information, tune frequencies, identify named intersections and airports, and obtain our current position while in actual instrument conditions, in turbulence, during a busy radio procedure phase of flight, without losing situational awareness. We need to know if we can move information from one screen to another in case of a failure of the primary screen. We need to know what we can do in the event that all of the screens go black, and what we will not be able to do in such a situation.

    A third issue that has come up lately is fatigue. This tends to be much more of a problem in scheduled carriers than in personal aviation, but it is just as important that the operators of smaller aircraft are aware of the problem. Fatigue is insidious. As we travel across time zones at high speed, in a reduced-oxygen environment, punctuating routine boring cruise flight with high-intensity operations like shooting an instrument approach to a landing at the end of a long day, we, who don’t do this for a living, may not realize how tired we really are. And that may only be day one of a multi-day trip. The next day, after sleeping on an unfamiliar mattress, waking up at a different time than usual, and flying over an area that is not well known to us, we will be even more tired and more-likely to make mistakes. What do the pros do? They pay attention to the subtle signs. They make sure that they are well rested and that they understand the subtle symptoms of fatigue. They plan their flights meticulously when they are rested. They switch off “legs” if there are several pilots in the cockpit. They use their checklists religiously – reading them out loud and requiring the proper responses. They challenge one another if one thinks the other is not doing what is supposed to be done. They brief their takeoffs. They brief their landings.

    Just because flying may not be our profession does not give us license to be unprofessional about our flying.

Oct 26th

First Time Passengers & Memorable Moments...

By AircraftOwner Online
Most of you have taken someone up on their first flight. What were some of the most memorable moments from those flights or some of the comments you received from one of your passengers?

Share with us below.

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May 11th

Flying Paperless Airplanes - Susan Parson

By AircraftOwner Online
Okay, I admit it: I love gadgets, especially gizmos that let me dispense with paper. Address book? That’s in the iPhone, which is also well-stocked with a variety of handy aviation apps. Latest version of a draft magazine article? That would be on the thumb drive—but also accessible via a newly-acquired app that lets me put files in one place and read them on any device with an Internet connection. Weather info? The stack of dot-matrix printer paper I used to lug around has long since been supplanted by datalink weather acquired through a collection of handheld and panel mounted devices. In my increasingly paperless world, the recent arrival of updated paper instrument approach procedure (IAP) charts is admittedly something of an anomaly. I do like the “security blanket” aspect of those neatly folded paper charts, possibly because I have personally seen how one mistaken button-push can lead to instant and simultaneous amnesia for two GPS moving-map navigators. Paper prevailed on that occasion. Still, the lure of lightening my flight-bag load and dispensing with the clutter of a papered airplane is strong. Envy of a pilot pal’s e-chart setup was the final push I needed to do some basic research into the concept of the Electronic Flight Bag (EFB). Here’s what I learned. There’s a Doc for That Like airplanes themselves, EFBs come in a variety of forms, capabilities, and restrictions. The FAA defines those forms, capabilities, and restrictions—plus the term itself—in Advisory Circular (AC) 120-76A, Guidelines for the Certification, Airworthiness, and Operational Approval of Electronic Flight Bag Computing Devices. It can be found at: www.faa.gov/regulations_policies/advisory_circulars/index.cfm/go/document.information/documentID/23222. Let’s get one important point on the table right away: As stated in the opening paragraph of AC 120-76A, the guidance material in this AC applies to the usual collection of commercial operators in Title 14 Code of Federal Regulations (14 CFR) part 121, 125, 129, or 135 operations. For 14 CFR part 91, it applies to large and turbine-powered multi-engine aircraft operating under 14 CFR part 91, subpart F (which covers fractional ownership), but only if the operating regulations require specific functionality and/or equipage under 14 CFR section 91.503 for Flying equipment and operating information. Other part 91 operations—including those of us who fly light general aviation aircraft for business or pleasure—do not require any specific authorization for EFB operations, as long as the EFB does not replace any system or equipment required by the regulations. Yet, even if the EFB conditions and restrictions outlined in the AC don’t apply to the kind of flying you currently do, it is still useful to know how the FAA defines and classifies these devices. The ABCs of EFBs Advisory Circular 120-76A defines the term EFB as: An electronic display system intended primarily for cockpit/flight deck or cabin use. EFB devices can display a variety of aviation data or perform basic calculations (e.g., performance data, fuel calculations, etc.). The scope of EFB system functionality may include various hosted databases and applications. Physical EFB displays may use various technologies, formats, and forms of communication. These devices are sometimes referred to as auxiliary performance computers (APC) or laptop auxiliary performance computers (LAPC). The FAA categorizes EFBs in three classes. Class 1 and Class 2 EFB systems are both based on commercial off-the-shelf (COTS) systems and both are considered to be personal electronic devices (PED). Also, both are portable (not permanently installed in the aircraft). The difference between Class 1 and Class 2 is primarily derived from how they are mounted in the aircraft and what must be approved. A Class 1 system is not attached to an aircraft mounting device, aircraft primary power supply, or data connectivity. Class 1 EFB systems can be used both on the ground and during flight, but must be stowed for takeoff and landing. They are limited to providing supplemental information and cannot replace any required system or equipment. A Class 1 EFB may be connected to aircraft power through a certified power source to operate the EFB and recharge its batteries. A Class 1 EFB can display tabular data, such as performance tables, checklists, and the pilot operating handbook (POH). A Class 2 EFB system can be attached to a structural-mounting bracket to ensure that it does not interfere with other aircraft systems. Though considered a PED, the use of a structural-mounting bracket made only for that device means that a logbook entry is required to remove a Class 2 EFB from the aircraft. A Class 2 system can be connected to aircraft power and to a certified data connection in order to exchange data with aircraft systems and make interactive performance calculations. In addition, a Class 2 EFB can be used to compute weight–and-balance information as well as takeoff and-landing V-speeds. It can also provide flightcritical data, such as navigation charts. Since it is not necessarily stowed for takeoff and landing, a pilot can also use the Class 2 EFB to display departure, arrival, and approach charts. Class 3 EFB systems, which are the most capable, require approvals. A Class 3 EFB system is installed equipment that, with exceptions for user-modifiable software used to host certain kinds of applications, requires a Supplemental Type Certificate (STC) or certification design approval as part of the aircraft equipment. It is also subject to certification requirements that enable additional applications and functions. Know When to Hold ’Em There was a time when features such as moving maps, airport diagrams, and datalink weather existed only on Class 3 EFBs. Today, however, these functions (and many more) are available in Class 2 models that are—as the COTS characterization would imply—widely available commercial devices that anyone can buy. However, due to lack of airworthiness approval to demonstrate reliability, the display of “own-ship” position in flight on a Class 1 or Class 2 device is not authorized where regulatory compliance is required. A unit with current IAP charts can be characterized as a Class 1 EFB, if it is not attached to the airplane, or as a Class 2 EFB, if it is mounted in the panel. The question is: Can you legally use an EFB? According to the guidance, 14 CFR part 121 and 135 operators must obtain specific operational authorization to use them. For those in part 91 operations, however, the FAA states that use of Class 1 and 2 EFBs to replace paper charts is at the pilot’s discretion. Know When to Fold ’Em That’s good news, of course, but pilots of paperless airplanes need to use that discretion wisely. Reasons for caution include: - Devices not subject to FAA approval of components or installation are not guaranteed to provide the kind of reliability you expect from products that have successfully made it through these processes. - Devices can fail, and they often fail at inopportune moments. In the personal example mentioned earlier, the pilot’s hand was jostled by turbulence and he accidentally pressed the GPS data-card ejection button instead of the flight-plan key he meant to activate in response to an amended ATC clearance. The unit—and the secondary unit configured for “cross-talk” with the primary navigator—immediately went into reboot mode and “forgot” everything connected with the flight. - The cables, cords, and antennas required for portable EFBs can create more clutter—and, potentially, more hazardous clutter—than the paper charts they are intended to replace. The bottom line: EFB technology is available here and now, and proper use of any class of EFB system can improve efficiency and safety while eliminating considerable weight in paper. Sounds like I need to shop for my next gadget. Susan Parson is a special assistant in FAA’s Flight Standards Service. She is an active general aviation pilot and flight instructor.
Dec 14th

Current Projects

By AircraftOwner Online
Are you restoring or building an aircraft? Tell us what projects you have going on.

Let us know below.


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Dec 20th

How does your local airport interact with the community?

By AircraftOwner Online
How does the community feel about your local airport? What have you done or what are you currently doing to get their support?


Let us know below.


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Jun 1st

Keeping Fit for Flight ~ Frederick E. Tilton, M.D.

By AircraftOwner Online

Pilots are taught to follow the “IMSAFE” checklist to evaluate their mental and physical fitness before each flight, but how do pilots get and stay fit? FAA offers a brochure titled “Fit for Flight” (http://www.faa.gov/pilots/safety/pilotsafetybrochures/media/FitFor_Flight.pdf) that provides some basic information for pilots on how to adopt and maintain a flying-friendly healthy lifestyle.

 

Get with a Program

While you don’t need the body of a professional athlete in order to fly, maintaining strength and flexibility is important. Muscles that aren’t used tend to atrophy and weaken—even that big one in your right leg that helps you keep the airplane on the centerline during takeoff. A healthy cardiovascular system helps you avoid potentially life-threatening conditions, such as heart disease and diabetes. One of the other important benefits of physical fitness is that your body is better prepared to cope with the various emotional and physical stressors that are encountered while flying.

 

Of course, we’d be remiss if we did not remind pilots to check with a physician before beginning any exercise program. If your FAA Aviation Medical Examiner (AME) is also your primary care physician, he or she may even be able to tailor a program to your specific needs and flying lifestyle.

 

Eat Right, Fly Smart

The “Fit for Flight” brochure suggests that pilots who want to improve their overall diet eat well-balanced meals that offer a combination of proteins, fats, and carbohydrates. Keep your energy up, but avoid eating a big nap-inducing meal right before a flight. While many studies have shown that moderate consumption of alcohol can be good for your heart and possibly reduce the risk of some types of cancer, pilots need to be mindful that the “eight-hour bottle-to-throttle” rule is the absolute minimum. Some individuals may require a longer period between drinking and flying depending on the amount of alcohol consumed and their personal metabolism.

 

Drinking enough water throughout the day is important for anyone, especially if you work out. Remember, dry air aloft can also make you thirsty, so always have bottled water available in the cockpit—and a good alternate in mind in case you or your passengers need a bathroom break.

Jun 6th

JOHN TRAVOLTA IS LOOKING FOR A NEIGHBOR!

By DIETER GWIN
John Travoltas next door neighbor in Jumbolair Aviation Estates is moving and is selling thier house. John is looking for a new neighbor to move in.
Jumbolair is an aviation community located in ocala florida. It has the longest private runway in the country at 7550'x210'. If you own a 707 jet you can fly in and taxi to your door. Each house in this community has a seperate taxi so the planes and cars are not on the same roads. The house is a 5 bedroom 4.5 bath 3 car garge 2 story 5,000 sq ft house with a screened in pool and water fall. It is wired with a camera security system,has mahogany cabinets, a seperate office,theatre room, and game room. Large master with a luxurious master bathroom. The taxes on this house is only $12,000 a year and the association fees are only $4,000 a year. The houses in the area have between 3.5 million and 10 million invested. House does not have a hanger and can be built for $200,000. The price on this house is only $1.95 Million which is a great price for this neighborhood. If you are interested in this property contact Dieter Gwin At 352-361-5623 or go to Dieter Gwin.com to see more pictures and a virtual tour.
Nov 16th

This FAA NPRM is a Bad Deal!

By Greg
The FAA is once again at it's rule making antics, this time targeting mechanics (while, of course, exempting their own).

I receive this notice from my good friend Brent Taylor along with e-mails from others sounding the alarm.  It turns out the FAA has snuck an NPRM (Notice of Proposed Rule Making) posting, which would severely restrict individuals who inspect our aircraft.  It appears to dramatically favor large (read: expensive corporate shops) and would raise everyone's costs.

Because this is so urgent, I am posting Brent's note (#1) below. Then below that is a more detailed posting from another good friend, Robert Lock. Then a posting from the Aircraft Electronics Associaiton.

Please them, then take action by posting your thoughts on the FAA NPRM Web site noted below in Brent's comments!

#1 FROM BRENT TAYLOR:
To all IA's, A&P's and concerned Aircraft Owners,
 The FAA has issued a policy ( http://edocket.access.gpo.gov/2010/pdf/2010-27834.pdf ) which is intended to clarify the definition of ‘‘Actively Engaged’’ for purposes of issuing and renewing the A & P Inspector Authorization. It appears to be an attempt by the agency to by-pass the IA renewal requirements contained in FAR 65.93 and hand the IA renewal process over to individual FAA individual Aviation Safety Inspectors (ASI), who will be exempt from said new requirements/policies!
    You can read a bit more about this proposed "policy change" at; http://www.aea.net/governmentaffairs/regulatoryupdates_item.asp?ID=55 and/or; http://www.aero-news.net/index.cfm?ContentBlockID=d12fa23e-83b5-47b9-9e17-c50faba0e0ae.
    Time is of the essence however in commenting on this matter (Docket # FAA-2101-1060). It was published in the Nov 5th, 2010 Federal Register with a comment period to close on Dec. 6th, 2010.
    This blatant and bald face attempt by the FAA to by-pass the FAR requirements for IA renewal is a serious threat not only to the livelihood and viability of general and sport aviation but also to aviation safety itself. Please take the time today to read this proposal (via the link above) and submit your comments to the FAA electronically, via US Mail or by FAX (information on how to do each is contained within Docket # FAA-2010-1060).
    Please feel free to pass this information on to any and all A&P's, IA's and concerned aircraft owners you may know.

#2
FROM ROBERT LOCK:

Background

I have been engaged in aircraft maintenance and repair for 54-years, have held the A&P for 49 of those years, and the IA for the past 36 years.  I am a recipient of the Charles Taylor Master Mechanic Award and am now semi-retired.  Having been active in the aviation industry for my entire life and an instructor in an FAA Part 147 program from 1967 to 1998, I now find the FAA attempting to assault my privilege of holding the IA certificate.  Being semi-retired I will not fit the definition of “actively engaged’ as working full time exercising the privileges of my license (if full-time is a 40-hour work week).

Discussion

My expertise now resides in maintaining, repairing and restoring “aging aircraft,” but particularly those aircraft that are now classified as vintage, being manufactured in the late 1920’s.  These aircraft rarely have any type of maintenance or parts manuals, or even rigging data.  They are generally powered by radial engines manufactured from 1925-1945 and may be equipped with fixed pitch, ground adjustable or early constant speed propellers.  The structures are generally constructed from wood or steel tube and are fabric covered.  Skills in maintaining, repairing or restoring these aircraft are not taught in A&P training schools – I know, I worked there for 31-years and taught these types of skills as  “add-on” training in afternoons after class to those students who were eager to learn.  The FAA has downgraded the Part 147 curriculum of all the old skills required for maintaining these aged aircraft.  I now write columns for aviation magazines and type club newsletters to pass along my experiences gained throughout my long career in the aviation industry. 

Recurrent training has always been a top priority for me, however most privately operated refresher courses focus on very late technology, such as corporate jets, turbine engines, etc.  And rightly so, because we vintage aircraft mechanics are a minority when viewing the entire group of certificated mechanics and inspectors.  Those who are in this minority have learned the skills from experience and I would surely hate to see we IA’s who do not work full time be penalized by the FAA by not allowing renewal of the certificate.  The expertise we older IA’s possess cannot be learned from books or taught in schools or at seminars.  The important point here is that most of these vintage aircraft do not have any ATC data available, which would include the OEM drawings and other type design data.  This is where experience is very valuable.  But that is another subject that will not be addressed here.

It would seem to me that, under the guise of “standardization” of ASI’s, the FAA is now creating a larger problem based on a subjective evaluation of those who maintain the very aged aircraft of the aging fleet and do not fit the definition mold of “full time actively engaged mechanics.”  Currently the renewal decision is objective – complete at least four annual inspections, or submit at least eight 337 forms, or supervise and approve one continuous maintenance program, or complete an eight hour refresher course.  Under this proposed NPRM, the renewal decision now becomes subjective for IA’s who do not work full time (ref: paragraph 5-1309).  Will this proposal not increase workload for ASI’s?  In the “discussion” portion of the NPRM the FAA states, “Because the ASI’s determination is unique to each applicant …….”  At present my IA is renewed based on completion of an 8-hour refresher course for each year and no determination or subjective decision need be made.  I either qualify or I don’t!  What avenue does the FAA propose for the holder of an IA to challenge an unfavorable ruling to not renew his or her IA?

As far as the FAA “carving out special requirements for ASI’s who hold the IA certificates,” I am not aware of any ASI who maintains currency to renew the IA other than renewing by training seminars.  Let me state clearly here that the expertise in airworthiness issues for aged aircraft lies in the type clubs and not in the FAA. I have met very few FAA folks who still have knowledge of these very old aircraft, however these individuals are few and far between.

Summary

To summarize my position on this NPRM, I am requesting that the FAA not shut the door on we older IA’s who do not fit the proposed mold that the applicant for renewal is working full-time. I am sure that we are a very small minority but our service is invaluable to keeping the antiques flying safely.  In closing I would point out that keeping an 81-year old airplane (pictured below) and constructed under ATC 184 airworthy is a full-time job, but it does not require working 40-hours per week.

 

Robert G. Lock

KEY POINTS FROM BOB:

FAA NPRM 2010-1060  

BACKGROUND

The FAA is assaulting renewal policy for A&P mechanics holding the Inspection Authorization.  What prompted this is unknown to me, however I can speculate that the FAA wants to remove those individuals who hold the Inspection Authorization but are not active as mechanics in the industry, being employed in other areas.  These are probably the people who work out of the back of a car or pickup at your local airport.  I know the FAA wants to eliminate this type of activity and this could be their way.  It’s no different than the NPRM 4521 fight when the FAA attempted to make one policy and mandate that all fit into the mold.  Except it doesn’t work.  This seems to be the case here.  

What I object to as I try to understand the very brief statement in the “Renewal of Inspection Authorization” section is the FAA can evaluate an application for renewal and refuse it based on the attempt to clarify “actively engaged” clause.  So, in my opinion the points to make are the following:

  1. IA’s may not work in the industry full-time, or for that matter part-time.  We “old timers” that have retired or are semi-retired probably don’t do work because we need to make a living, however a little extra income once-in-a-while is always nice.  However, the liability of doing annuals and maintenance is always lurking in the shadows.  Older people have less incentive for exposure into this most libelous of avocations by performing work on other people’s airplanes.
  2. As the aging fleet of aircraft continues to age, particularly the old vintage aircraft, military aircraft and other types of rare aircraft demand specific expertise from the mechanic.  This expertise comes from many years of experience.  It does not come from any school, or books, or seminars.  Eliminate we older IA’s because we are not “actively engaged” could be very detrimental to safety of older and specialty aircraft.  Would I trust maintenance and inspections to a mechanic who knows nothing about wood, steel tube, fabric covering, radial engines, ground adjustable props, etc.  I don’t think so!  Eliminate we old timers and just watch what will happen to safety of aircraft where there are no maintenance or parts manuals and no type design data.  How safe are we now?
  3. Currently the renewal of the inspection authorization is objective in nature.  Comply with 65.91(c)(1) through (4), lay the evidence on the table along with your certificate and it is renewed.
  4. Future renewals will be subjective in nature.  Lay the evidence of compliance on a table along with your certificate, then wait for an ASI to determine if you are “actively engaged” and worthy of another two years of service to the industry as an IA.  Quite frankly I don’t want to take that chance of having an ASI tell me I don’t fit the new mold of active engagement and therefore my IA will not be renewed even though I meet the standards of 65.91(c).  

These are important talking points (but not all points) that can be included in the response.  It is important that our voices be heard.  Mechanics, IA’s, airplane owners and enthusiasts need to comment.  IT IS THAT IMPORTANT WE BE HEARD.  I fought NPRM 4521 when the FAA tried to shut down sightseeing rides and we won!  We can do it!  

Bob Lock..

 
=====================================================
#3 IS THIS GOOD OBSERVATION FROM THE
AIRCRAFT ELECTRONICS ASSOCIATION:

FAA to Restrict A & P Recognition
DATE: 11/12/2010
SUMMARY: The FAA has issued a policy which is intended to clarify the definition of ‘‘Actively Engaged’’ for purposes of issuing and renewing the A & P Inspector Authorization.  [Federal Register]
MAJOR HIGHLIGHTS: This FAA action proposes to clarify the term ‘‘actively engaged’’ for the purposes of application for and renewal of an inspection authorization, as contained in Flight Standards Management System Order 8900.1.

Of particular interest to AEA members is the criteria contained below:

Note:
Actively engaged means exercising the privileges of an airframe and powerplant mechanic certificate in the maintenance of civil aircraft. Applicants who are employed full-time in inspecting, overhauling, repairing, preserving, or replacing parts on aircraft are considered to be actively engaged.

Applicants who are employed or participate in inspecting, overhauling, repairing, preserving, or replacing parts on aircraft on a part-time or occasional basis will be evaluated by the ASI to determine whether the applicant is actively engaged. The ASI will evaluate the scope of part-time or occasional activity based on the type of maintenance activity, including any special expertise required, and the quantity of maintenance activity performed. To evaluate the scope of the part-time or occasional maintenance activity, the ASI will use evidence or documentation provided by the applicant showing inspection, overhauling, repairing, preserving, or replacing parts on aircraft.

Comments must be received on or before Dec. 6, 2010, through the Federal eRulemaking Portal: http://www.regulations.gov.

You may send comments identified by docket number FAA–2010–1060.

AEA COMMENTARY:

The Association is disappointed with this “labor saving” initiative.

For decades, the FAA, as well as industry, has been frustrated by the lack of career recognition of the Airframe and Powerplant mechanic.  And now, the FAA proposes to remove this recognition from those who are in senior management positions with corporate flight departments, repair stations and air carriers who are not exercising their A & P privileges to “inspect, overhaul, repair, preserve, or replace parts on aircraft.”

In an unprecedented addition, the FAA, while minimizing the recognition of publically employed A & P mechanics, has exempted its own employees from this flawed policy.

According to this proposal, because other FAA policy limits the type of maintenance that ASIs can perform (they may only exercise their IA on their personal, non-commercial aircraft), the FAA employees are exempt from this new policy, and “an ASI may renew an IA regardless of volume of maintenance work performed.

AEA encourages every member who may be affected by this policy to send comments to the FAA.

For More Information Contact:

Ric Peri, vice president of government & industry affairs for AEA, by e-mail at ricp@aea.net, by phone at 202-589-1144.

Feb 22nd

Your Pilot Goal

By AircraftOwner Online
What is the one thing that you would like to accomplish in your personal flying career (some day).


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Mar 7th

Air Racing

By AircraftOwner Online
Air Racing. Is that something you would like to try or at least be apart of (pit crew)?



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