A new regulation has changed the destination control statement (“DCS”) that is required on all exports of PMA aircraft parts.
PMA aircraft parts are typically exported under the jurisdiction of the Commerce Department’s Bureau of Industry and Security (BIS). If you export aircraft parts, then the BIS regulations require a DCS. These regulations have been changed to harmonize the DCS to the same language as the ITAR DCS.
Te DCS is placed on each export control document that accompanies an export shipment. The export control documents that are required to show this statement include the invoice, the bill of lading, the air waybill, and any other export control document that accompanies the shipment from its point of origin in the United States to the ultimate consignee or end-user abroad.
This is sometimes known as the ‘non-diversion statement’ because the current version includes language stating that “diversion contrary to U.S. law is prohibited.” The purpose of the DCS was to alert parties outside the United States that the item is subject to the US export regulations.
The rules have always held that compliance with the comparable ITAR requirement was an acceptable means of compliance where the shipment included both ITAR and EAR-controlled articles. The comparable ITAR requirement requires slightly different language. Many people nonetheless found the different language in each regulation to be confusing.
The Commerce Department has changed their DCS language to harmonize it with the ITAR-required-language. This is meant to make compliance easier. Starting on the implementation date of the rule (November 15, 2016), exporters of articles subject to BIS jurisdiction (those with ECCNs) should use the following destination control statement on all exports:
“These items are controlled by the U.S. Government and authorized for export only to the country of ultimate destination for use by the ultimate consignee or end-user(s) herein identified. They may not be resold, transferred, or otherwise disposed of, to any other country or to any person other than the authorized ultimate consignee or end-user(s), either in their original form or after being incorporated into other items, without first obtaining approval from the U.S. government or as otherwise authorized by U.S. law and regulations”
In addition, the DCS should show the Export Commodity Classification Number (ECCN) for any 9×515 or ‘600 series’ (nx6nn) items being exported.
There are exceptions to this DCS requirement for EAR 99 exports and also for exports under license exceptions BAG (baggage) and GFT (gift parcels and humanitarian donations), but typically these do not apply to exports of PMA aircraft parts.
For years MARPA has talked about opportunities that exist for PMA manufacturers willing to look for non-traditional customers. One of the most under-appreciated possibilities, and one that MARPA President Jason Dickstein has emphasized, is to act as a supplier to OEMs. OEMs are very often massive companies with a need for quality, reliable suppliers, and many MARPA members are ideally positioned to take advantage of OEM purchasing needs with high quality approved parts on the shelf and ready to ship.
The U.S. Department of Commerce is presenting a program on becoming a supplier to Embraer. Because many PMA companies are already manufacturing parts for Embraer aircraft, this may be an excellent opportunity to broaden your customer base for your Embraer parts.
The program will begin with a presentation made by Embraer representatives on how to initiate a relationship with Embraer. This presentation will be made by webinar on October 28, 2016. Participation in this introductory webinar is a mandatory part of the program, so if this is something your company may even be remotely interested in, you should plan to register and participate.
Interested companies will then be asked to fill out an online questionnaire from which Embraer engineers will evaluate companies and select suppliers for a second round of webinar discussions with Embraer’s engineering department. Embraer may then invite select companies for a further in-depth interview.
There is no cost to participate in this program, and it presents an opportunity to potentially expand parts sales. MARPA has often said that OEMs should be thought of as no different than air carriers from a customer perspective: they need parts, and we manufacture and sell great parts. This could be an excellent opportunity for MARPA members to diversify their customer base.
If this opportunity sounds like something your company may be interested in, you can register for the mandatory introductory webinar at the following link: http://2016.export.gov/california/losangelesdowntown/events/embraer/eg_us_ca_102435.asp.
As part of its ongoing drive to increase the export of U.S.-made PMA parts and increase global knowledge and understanding of PMA, MARPA has in the past few years traveled to Japan to speak with potential customers, government contacts, and manufacturing partners. MARPA is happy to announce that it will continue these efforts this year at the Japan International Aerospace Exhibition 2016, in Tokyo, Japan, October 12-15.
We have worked closely with long-time MARPA member and MARPA supporter Akira “Jay” Kato of JK Tech Consulting to make valuable contacts in Japan and discuss PMA at a very high level with Japanese customers and government officials. These efforts include both explaining and educating air carriers and their purchasing groups about PMA, as well as, importantly, promoting the use of PMA by discussing the safety, value, and reliability PMA provides.
These efforts are one prong of MARPA’s ongoing MDCP efforts supported by the U.S. International Trade Administration.
MARPA hopes to continue to make valuable contacts in the Japanese aviation community, and particularly to make additional inroads on behalf of the PMA industry with customers in Japan.
While MARPA always enthusiastically promotes the benefits of PMA where ever it goes, we would like to be able to provide a more targeted benefit to our members. We would therefore like to offer to our members the opportunity to display your marketing literature in the MARPA booth at the Japan International Aerospace Exhibition. This will allow us to direct visitors at the MARPA booth to those members who can best serve their needs or might be an ideal partner for future business.
If you would like to have your literature displayed in the MARPA booth this October in Tokyo, please contact Senior MARPA Program Manager Katt Brigham at firstname.lastname@example.org no later than September 30.
Many of our members have been communicating with us about their concerns over the proposed Materials AC. We had previously asked the PMA community to send us their comments and concerns so we could assemble them into a single missive to deliver to the FAA.
We’ve heard from a number of you that the large volume of material and the highly technical nature of the proposed AC has made it slow going to put together your comments. With this in mind, MARPA asked the FAA last week for a extension of time to file comments on this draft.
We received the answer today, granting that extension.
Dear Mr. Ryan Aggergaard,
This e-mail is in response to your request to grant a 90 day extension to comment on the FAA public draft Advisory Circular 33.15-3, titled “Parts Manufacturer Approval (PMA) Metallic Part Material Compliance Using Comparative Test and Analysis Method for Turbine Engines or Auxiliary Power Units”.
The FAA will consider comments after the comment period has closed if it is possible to do so without incurring expense or delay.
We have determined there will be no incurring expense or delay, and will grant the MARPA members and the MARPA Technical Committee an extension from July 20, 2016, to October 18, 2016.
Please feel free to contact us if you have any questions or concerns.
Please do not wait until October to review this AC and develop your comments. The earlier you can provide your comments and concerns to the FAA (and to MARPA), the better able we will be to address them in a positive and productive way with the FAA.
MARPA had the opportunity this week to attend the 2016 FAA-EASA International Aviation Safety Conference that was held in Washington, DC. The conference provides an opportunity for the regulatory agencies and industry to get together to discuss emerging issues in aviation safety and strengthen the cooperation between both the regulators themselves as well as the regulators and industry.
One notable panel discussed performance-based regulations (PBR) and their development, implementation and oversight as a part of the ongoing safety management adoption. The goal of PBR is essentially to retain the high level requirements and clearly establish what those high-level regulations are trying to achieve, while clearing out more detailed prescriptive regulations. Those detailed regulations would then be replaced by industry consensus standards.
In theory, this should clear the way for innovation by focusing more on ensuring a satisfactory outcome (that complies with the regulations) is the result, rather than focusing on prescriptive compliance-based rules. (How this exactly squares with a safety management system focused on systems and processes rather than the outcome per se is a conversation for another day.) Performance-based regulations can free the hands of regulated parties and avoid the trap of innovation stagnation in which companies are forced to design or produce in only limited ways in order to comply with the regulations.
Although moving to a PBR approach may be a laudable goal, the next panel demonstrated how challenging it may be for regulators to break free of deeply ingrained compliance-based approaches to oversight. Relevant to PMA manufacturers, the “fast-moving technologies” panel spent a significant amount of time discussing certification of projects using additive manufacturing techniques.
In theory, a PBR approach would be ideal for approving parts manufactured using emerging technology like additive manufacturing (AM). If a part can be produced using AM techniques (like 3D printing) that meets all the design requirements (dimensions, material composition, durability, etc) of a part that is traditionally machined, an outcome-focused approach like PBR claims to be should have no problem approving that part. Conversely, if a 3D printed part cannot be made to conform to the approved design, our quality assurance systems reject the part and we go back to the drawing board.
However, it became clear during that panel that we can expect to see more of the same compliance based review of processes in seeking to obtain approval of parts manufactured using emerging technologies like AM. Of course to borrow from Captain Renault I was shocked, SHOCKED to find that the OEM panelist expressed skepticism that “sub-tier” suppliers or those in the aftermarket were capable of producing approved parts using these methods. But of greater concern was his statement that the regulators might also question that ability.
Part of this concern on the part of the regulators arises from the fact that the regulators themselves do not fully understand technologies like AM yet. The FAA is currently working with industry to determine what controls will need to be in place and what the oversight requirements will be with respect to AM. It will therefore be very important for any PMA manufacturer seeking to use new techniques to manufacture parts to engage the FAA early in the process and demonstrate to the FAA its competence with the technique. This may involve educating the FAA in some cases (and refuting the implications of some larger OEMs that only they know the “special sauce” of new technology).
This much was supported by FAA AIR-1 Dorenda Baker, when she explained that the key to getting approval when relying on new technology is ensuring an understanding on both sides. The FAA needs to be brought into the process very early on. When the FAA is brought in at the last minute, problems and confusion can arise, because what might seem clear to the applicant, who has been working with the technology for months or even years, can seem confusing to the regulator seeing it in action for the first time. Ms. Baker explained that we don’t want questions being asked for the first time, or engineers trying to understand new processes, at the time of certification. We, as applicants relying on new manufacturing techniques, need to engage the FAA early and often.
Of course this is somewhat inconsistent with a performance-based approach. As we mentioned above, if the goal of PBR is to ensure an outcome that satisfies high-level regulations, it should be less important how we get to the result than that we obtain a satisfactory result. A need on behalf of the regulator to understand fully the processes by which we obtain the result is more consistent with systems oversight (their stated goal) but doesn’t square perfectly with a PBR approach.
Nonetheless, it thus becomes clear that the PMA industry will have to fight this battle of fast moving technology on two fronts: First, we will have to (again) battle against an OEM-driven (mis)perception that only OEMs are capable of understanding and safely applying emerging technologies like additive manufacturing. Second, we will have to work very closely with the regulators to continuously demonstrate our competence and expertise in applying these technologies, and in effectively implementing systems that consistently produce the desired outcome.
There is a lot happening right now; from fundamental shifts in the role regulators play to the way we design and manufacture parts. By frequently engaging with the regulators we are able demonstrate our competence and abilities (simultaneously refuting any implications by competitors to the contrary) and keep the regulators closely engaged so that the certification process moves smoothly and we are able to nimbly adapt to changes as they happen.
MARPA will continue to keep you updated as old regulations change and new regulations emerge.
By Monday, the European Aviation Safety Agency (EASA) will have a new location. The new location is closer to the main Koln train station (same side of the river). As of June 6, 2016 EASA will be operating from their new Headquarters located at:
D-50668 Cologne, Germany
The post-office box as well as all telephone numbers remain the same:
Postfach 10 12 53
D-50452 Cologne, Germany
Tel: +49 221 8999 000
As we discussed at the MARPA Annual Conference, Part 21 has been amended in some ways that will impact the PMA community.
The amendments can be found in the October 1 Federal Register. There are three main amendments that drive change in a PMA company’s production quality system:
MARPA has drafted compliance guidance that explains what the change are, and provides checklists to aid in compliance with each of the changes that significantly affect the PMA community.
The MARPA compliance guidance will be mailed to MARPA members with the next MARPA Supplement. if you are a MARPA member and do not receive the MARPA Compliance Guide with the November 25 MARPA Supplement, then please contact the Association.
One of our members recently reported that his company has been offering cabin interior PMA parts to several Chinese airlines, only to be told that they are already using CAAC PMAs for many of these cabin parts. CAAC PMAs are Parts Manufacturer Approvals issued by the Civil Aviation Authority of China. CAAC PMAs are acceptable for installation on Chinese-registered and Hong Kong-registered aircraft but they do not appear to be currently acceptable for installation on any other aircraft.
Our member asked whether there is a master list of CAAC PMA parts that MARPA members could review. This would help MARPA members know which parts have not been PMAed in China which in turn will help to reveal which FAA-PMA parts might be most valuable and useful to Chinese air carriers.
As far as we know, the master list of CAAC PMAs is only maintained as an advisory circular. Because it is an advisory circular, it is not maintained in real time, but rather it is updated annually. This link is to the 2015 revision of the CAAC PMA Catalog.
Hong Kong has a separate aviation authority. Hong Kong’s Civil Aviation Department also issues its own PMAs. Hong Kong has issued PMA authority to Taikoo (Xiamen) Aircraft Engineering Co. Ltd. There is a Schedule of Implementation Procedures between China and Hong Kong under which each accepts the PMAs of the other.
ACCEPTANCE OF CHINESE PMAs
Remember, the current US-China bilateral permits entry of US PMAs into China, but it is currently a one way only: it does not permit installation of Chinese PMAs onto US-registered aircraft. Without an explicit acceptance of CAAC PMAs through a US document (such as the US-Chinese bilateral agreement), CAAC PMAs are not currently eligible for installation on US registered aircraft as replacement or modification parts (under 14 C.F.R. 21.9).
FAA PMA FOR CHINESE MANUFACTURERS
There is a mechanism for Chinese companies to obtain US PMA. Chinese companies wishing to set up final production sites in the US could apply for US PMA and could use that as a mechanism to create FAA-PMA parts that are accepted all over the world. For many Chinese companies, the most efficient and effective way to accomplish this would be to partner with an existing FAA-PMA holder in the United States that has experience navigating the FAA regulatory system.
I just got off the phone with senior leadership at the FAA and all I can say is “WOW.”
The FAA is talking very seriously about a new model of certification for the aerospace industry focusing on approval of design processes and risk-based oversight in order to better leverage the FAA’s resources to ensure safety of the growing aerospace marketplace.
I shouldn’t be surprised. The models are there, and they’ve worked. We’ve sat on Federal Advisory Committees that have made these recommendations to the FAA. The industry has been talking about this for years. But sometimes when you talk about projects for too long, you start to lose hope that they will ever come to fruition.
But this idea has the support of the FAA’s senior management and that is what will make the difference.
The new model of certification will likely rely on paradigms like:
Under this new paradigm, a company that specializes in PMAs for landing gear (for example) would have a library of compliance methods – test and procedures that are designed to show compliance to the regulations (including ways to demonstrate true identicality with an existing compliant design). By following the compliance methods from the library, the company would be able to demonstrate compliance for future landing gear parts. This would allow the company to more readily develop compliant designs that can be readily PMAed based on the methods that are already known to be sound.
This would involve a major restructuring of how the FAA oversees design approval. Moving to a TSOA-like self certification should permit small businesses to react very nimbly to market forces and it allows the FAA to more readily focus its resources on real safety issues based on risk assessment. This paradigm could be supported by FAA Centers of Excellence that would be able top provide support to the design approval community on technical issues.
This paradigm could also impose more responsibility on the design approval applicant. It would likely be reflected in design systems that would be subject to FAA surveillance. This would replace the current model in which designs are reviewed. It would be analogous to the modern approval to production quality systems, in which the FAA approves system rather than approving each individual part and product that comes out of the system.
For PMA companies, this could help companies bring part to market faster, when those parts fall within the compliance library, because it would limit the FAA’s involvement in projects where compliance can clearly be shown based on known and accepted methods.
We are currently working with the FAA on a presentation (“challenge session“) about this new paradigm; we hope to add this to the program for the 2015 MARPA Conference.
MARPA and the Korean Trade Promotion Agency (KOTRA) delivered a PMA workshop in Seoul this week. Hosted at KOTRA Headquarters in Seoul, the workshop provided an opportunity to begin educating the Korean aerospace community about the value of FAA-PMA parts. It also afforded the PMA community an opportunity to begin strengthening business relationships with the Korean aerospace industry.
MARPA’s President, Jason Dickstein, spent the first day of the workshop laying the goudnwork for understaing the PMA process.
The room was packed with about 60 participants from all sectors of the Korean aeroaspace community. MARPA discussed issues like the parts approval process, the safety, reliability and economic advantages afforded by FAA-PMA, and strategies for partnering with US PMA companies in order to increase trade and increase the profis of both companies.
Three of our members attended the workshop. Representatives from Heico, Jet Parts Engineering, and the Wencor Group joined us at the workshop and had an opportunity to network with potential suppliers from Korea’s manufacturing community as well as potential customers from MROs and airlines.
We were honored to be joined by Ha Girl Chung, the Deputy Director of Aircraft Certification for Korea’s Ministry of Land, Infastructure and Transportation. Mr. Chung was a key negotiator in the recently updated technical implementation procedures for the US-Korean bilateral aviation safety agreement. He reviewed the elements of Korean law that permit the acceptance of US PMA parts in Korea, and he also explained Korea’s own ability to issue PMA for parts made in Korea.
Privately, Mr. Chung told MARPA that Korea would like to begin issuing domestic PMA. This was foreshadowed by last years update to the US-Korean technical implementation procedures, which left a specific reservation (a place holder) for US acceptance of Korean PMA parts.
Asiana and Korean Air Lines were both well-represented at the event. Hoon Yong Kim, from Korean Air, delivered a presentation about his air carrier’s PMA policy. He explained that his carrier does not currently use critical PMA parts, but that they would like to expand their current use of non-critical PMA (critical PMAs are less than 1% of all PMAs). Mr.Kim said that they are particularly targeting interiors parts, right now, but they would like to increase both the quantity and the scope of the PMAs that they use.
What specific qualities does Korean Air seek? Mr. Kim explained that parts partners need to hold FAA PMA (other nations’ systems are currently not on his radar) and they should be prepared to support Korean Air in cooperative analysis. He described one situation where a supplier helped Korean Air perform a root cause analysis. Despite the fact that the root cause was unrelated to the supplier, the supplier provided continued engineering support. During subsequent conversations, Mr. Kim confirmed that he is looking for companies that have established systems like MARPA’s Continued Operational Support (COS) program.
All three of the MARPA members who were on hand had an opportunity to meet and speak with the attendees. Steve Johnson from Jet Parts Engineering added some insightful questions to the workshop. Joe DePaoli of Heico explained that his company and his peers from other PMA companies were interested in opportunities to work with Korean manufacturing companies with specialized technologies, and also with Korean manufacturing companies that are already making certain types of parts and who could use those skills to manufacture parts that could be approved under FAA-PMA.
Mark Powell of the Wencor Group delivered the anchor presentation at the end of the workshop, and he summarized the process that helped to ensure that PMA parts met the highest standards.
KOTRA and MARPA have begun a partnership to promote US-Korean aerospace trade with a focus around PMA parts. MARPA members should expect – and should look forward to – future oppotunities to increase their trade with Korean businesses.