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FAA Proposes $175,500 Fine Against Airtronics, Inc., For Allegedly Conducting Unapproved Maintenance Operations

WASHINGTON – The U.S. Department of Transportation’s Federal Aviation Administration (FAA) has proposed a $175,500 civil penalty against Airtronics in Watkins, Colo., for allegedly conducting unapproved maintenance operations.

The FAA alleges that Airtronics performed maintenance on approximately 20 aircraft between Aug. 15, 2019, and Nov. 20, 2020. The FAA alleges the company conducted these maintenance operations at a facility not approved under the company’s FAA-...

U.S. Will Block Russian Aircraft from Using All Domestic Airspace

WASHINGTON— The U.S. Department of Transportation and its Federal Aviation Administration are issuing orders blocking Russian aircraft and airlines from entering and using all domestic U.S. airspace.  
 
“The United States stands with our allies and partners across the world in responding to Putin’s unprovoked aggression against the people of Ukraine,” said U.S. Transportation Secretary Pete Buttigieg.  
 
The...

A4Alaska Air Carriers Association

Thank you Kristi, and hello everyone. 

It’s an honor to speak with the people who provide a lifeline for so many Alaskans—you keep this state moving. When more than 80 percent of communities are accessible only by air—there’s no doubt you’re fulfilling a critical need. 

What’s also true is that mountainous terrain, and high latitude weather between those communities, create unique safety challenges. That’s why I’m here today with a simple message: 

We made a commitment to Alaska when we launched the FAA Alaska Aviation Safety Initiative, and we are delivering on those promises—today. 

We are using last fall’s final report to drive change and do it quickly. Please keep in mind that none of the other work that we had been doing for Alaska safety has been put on the shelf. Just like safety is a journey, our work is ongoing.

Now I won’t be here personally to see a great deal of this through, because, as I’m sure everyone here knows, I’ll be departing at the end of March. But you have my word that the FAA will follow through. 

So while my attention will turn to other matters in another 30 days, the FAA’s focus on Alaska will not waiver—we will continue our work with you on our shared safety priorities in weather observation and reporting, airborne communications, navigation and surveillance, fleets and operations. 

We will continue to work with the Alaska delegation—Senators Murkowski and Sullivan, and Congressman Young—to make sure that the FAA will have the funding we need to get this done. You simply couldn’t ask for better partners. 

Delivering on the 11 recommendations in our final report last fall will provide the greatest benefit to safety and are achievable and cost-effective. Speaking of that collaboration, I want to thank the Alaska Aviation Advisory Board for your endorsement of the report. 

Today I can tell you that we’ve finished a detailed roadmap that spells out the Who, What, How, and When for accomplishing each of those 11 recommendations. 

We’re looking forward to getting your feedback on the roadmap during a series of listening sessions that will start on March 15. 

For now, I want to briefly touch on two recommendations that we put into high gear to make an immediate difference for aviation safety in Alaska —automated weather observing systems and mountain pass charting. 

Now, as you know, Part 135 operators must have weather reporting capability at an airport in order to fly IFR operations there, and I think we can all agree that IFR, when possible, is the safest way to conduct your business compared to VFR. 

Now Part 91 gives more leeway for IFR operations at airports with no weather reporting. But there’s a penalty on instrument approach minimums if you have to get the weather—in particular the barometer—from a distant airport.

Tok is a good example. Today, Part 135 operators can’t fly IFR into Tok because there is no weather reporting on the field. Part 91 operators can file and fly the GPS approach to Runway 7, for example, but the minimums have to be higher because the nearest weather station is at Northway Airport, 36 nautical miles to the southeast. 

That translates to a minimum descent altitude of about 900 feet above the ground for the GPS 7 approach.

Tok is one of eight locations where we’re installing an Automated Weather Observing System—or AWOS—based on the report’s recommendation. In fact, six of the eight AWOS units are already installed—including at Tok. We expect to have all eight units installed with data available to users by the end of the year. 
Once the Tok AWOS is certified, the minimums for the GPS 7 approach will decrease by almost a factor of two. That might not sound like much, but 329 feet can make a huge difference in the ability to access the airport and local community. The same is true for the seven other airports getting these weather stations. 

I’ll note that two of the AWOS locations—the airports at Tununak and Akiachak —at present are VFR-only airports because there are no instrument approaches. However, with the coming of AWOS, both are in the queue for instrument approaches to be developed. 

I mentioned earlier that IFR is the preferred way to go, but IFR can be the exception rather than the rule for Alaska operations because of the navigation, surveillance and communications challenges created by the terrain. To make VFR operations safer in Alaska, the FAA has been working with the Aircraft Owners and Pilots Association to verify terrain information for dozens of mountain passes, and to map out new passes for Alaska sectional charts. 

I’m pleased to say that we’ll be adding a new pass with a new name to the charts up in the Brooks Range on March 24. This previously unnamed pass—now called the Naqsralugiaq Pass—had been used for years by local pilots because it offers a lower altitude route through the mountains. Pilots who are unfamiliar with the pass will now have the critical terrain information that they need to fly it safely. 

As you can imagine, there is a great deal more work going on with these 11 recommendations—in fact it’s a full court press. 

We are fully committed to developing new WAAS GPS-based instrument flight procedures and special approaches for Alaska, and revising standards to allow for WAAS-enabled Fixed Wing “Point in Space” procedures—basically an instrument approach that terminates at a waypoint rather than an airport. 

We’re also developing new standards to allow Alaska operators to use the precision that WAAS provides to be able to fly more precise IFR routes that have lower minimum altitudes to better help aircraft avoid icing while remaining safe from terrain.  

It’s because of the challenges like this that Alaska is sometimes called the national testbed for R&D, and the place where, “If we can make it work here, we can make it work anywhere.” 

Making it work will take partnership. I’ve said many times before that not all knowledge and wisdom comes from Washington, DC—and that is particularly true when it comes to Alaska. We will only be successful by working shoulder to shoulder with you, the stakeholders. And, as we move into this period of rapid progress for safety, we need your input more than ever. 

So please, plan on giving us your thoughts and feedback at the FAA listening sessions that start on March 15th.  Together, we’ll go farther. 

Alaska demands no less. I’d ask you to keep in mind what’s emblazoned on the Alaska state flag—Polaris, the North Star. Safety has always been my North Star. It’s guided me through four-plus decades in the aviation business, and it was my rock here at the FAA. It doesn’t waiver. 

And like Polaris, the FAA’s commitment to safety in Alaska will not waiver. 

Thank you. 

FAA Expands Use of Independent Review Groups When Certifying Aircraft

The Federal Aviation Administration (FAA) is continuing to make progress in reforming its aircraft certification processes.

This week, the agency expanded the use of independent groups of internal and external safety experts for certification projects such as commercial aircraft, smaller aircraft and drones. These reviews, called Technical Advisory Boards (TAB), help the FAA have a consistent and thorough approach for all aircraft certification projects.

The changes go beyond...

Path to a Lead-free Aviation System - GAMA Press Event Remarks

Remarks as prepared for delivery.

Thank you, Pete [Bunce]. Good afternoon, everyone. 

As Pete said, EAGLE is a joint government-industry initiative. The intention is to safely eliminate leaded aviation fuel by the end of 2030, without impacting the existing piston-engine fleet. 

This is not a new issue. People of a certain age may recall driving in a car that operated on leaded fuel. But lead was eliminated decades ago from automotive fuel due to health concerns.

But aviation fuel for piston-engine aircraft remains the last kind of lead-based fuel anywhere in the world. In fact, piston-engine aircraft account for the largest source of lead air emissions in the United States.

Removing lead from aviation fuel is something we’ve been working on for a long time. In 2011, the FAA established an Unleaded AvGas Transition Aviation Rulemaking Committee. And in 2014, the FAA and industry started the Piston Aviation Fuel Initiative, or PAFI, with the goal to authorize and adopt high octane unleaded fuels suitable for piston-engine aircraft.

Through the EAGLE initiative we’re announcing today, industry and the FAA will build off the current work. We will accelerate our actions, investments, and policies to accomplish the transition to a lead-free piston engine fleet. 

To many of you, I know all of this may sound like a Yogi Berra quote—“It’s like déjà vu all over again”—but we’re at a unique point in time where we have the resources, the energy and the will to get this done—and we will get it done.

Through this collaborative effort, we will remove more than 350 tons of lead from the atmosphere every year—that’s more than the weight of some large jets.

How do we do it? Specifically, our action plan includes four major pillars of work to be completed over the next eight years.  

Industry will lead the first two pillars:

  • First, Developing the Business Infrastructure and Implementation for unleaded fuels. Industry will work to create an efficient supply chain to transport unleaded fuels from refineries to thousands of airports across the country. And industry will work to make sure pilots are using these fuels. During the transition and beyond, we will work to maintain aviation safety and airport access.
  • Industry will also lead the second pillar -- supporting Research and Development of piston engine modifications and/or engine retrofits that may be needed for unleaded fuel operations. Under this pillar, industry will also work to develop electric or hybrid engine technologies, as another path in the transition to a lead-free piston engine fleet. 

The FAA will lead the 3rd and 4th pillars:

  • Testing and Qualifying of Unleaded Fuels is the third pillar - Through the PAFI program, we will continue to evaluate and test high-octane unleaded fuels, and work to authorize lower octane fuels in the near term.
  • And finally, the fourth pillar involves government activities – We’ll follow up EPA rules of lead emissions with needed program support for piston engine modifications, new piston engines that do not require leaded aviation fuel, and fuel components for aviation fuels.

On March 16, the EAGLE stakeholders will come together to get this program going.  

We will establish an Executive Director for this initiative, and government and industry leads for the respective pillars. 

The team’s actions and progress will be transparent to the aviation community—you keep flying as you are now. 

As our work progresses, we will make sure you and your pilot associations are informed about key issues like unleaded fuel development and testing, infrastructure development, supply chain efforts, decisions about engine modifications and retrofits, needed government activities, and assumptions about aviation community costs—I know that’s a big area of concern. 

We will work to get every member of the GA community involved so that the transition away from leaded fuel will keep you flying, and flying safely. 

We will also make sure that the communities that host the airports, including tribal communities, will be involved in these efforts. 

In closing, the FAA’s partnership in EAGLE is one of many efforts we’re making to ensure that aviation is environmental sustainable – a key White House priority. 

This is a safe and practical path to a lead-free aviation future. And we look forward to launching this new initiative with aviation stakeholders to achieve this important goal.

Now as all of you know, I won’t be here in Washington to see this effort to the finish line. I am proud to be launching this undertaking and I have great confidence in the team at the FAA to successfully find that route to a lead-free future, collaborating with stakeholders for the good of this sector, and making sure we do it safely—for aviation and for the public.  

Thank you.
 

Airport Design Challenge 7-12th Grade Awards Remarks

Remarks as prepared for delivery.

Hey, good afternoon, everyone. Although, now that I think about it, for some of you, it might be the morning.

Or the evening, depending on where you are in the world.

That’s one great thing about a virtual meeting platform. We can connect throughout the world. 

Over the past two years we’ve all gotten a lot of experience using virtual platforms and tools to learn and work. It’s been a little bit of a mixed bag, but I think we’ve found some unique opportunities to do things differently in our offices and classrooms that maybe we wouldn’t have tried without the push from the pandemic. Certainly, your age group has adapted more quickly, having been hands on with technology since you were knee high.

Minecraft is a tool that allows you to imagine your own world; if you can dream it, you can build it. With the Airport Design Challenge, you applied those skills to a real world problem, and I’m delighted so many of you joined us. We had more than 2,800 students from 18 countries. 

Your teachers weren’t just standing back and watching, either. We had more than 80 educators in the program this year, and I thank all of you for your support. 

And congratulations to this year’s finalists! I saw your YouTube videos. The builds you made were superb! 

I flew F-15 fighter jets in the Air Force. And I flew commercial passenger jets for the airlines. So I’ve been to many airports – both big and small.

I can see you thought through every aspect of your airport designs – like the runways and taxiways … the terminals … and the air traffic control tower.

This challenge starts out virtual, but it gets really real … really fast.    

You had to think about the types of material used for pavement … and the placement of maintenance hangars and refueling stations. 

You paid special attention to ensure passenger safety by designing runway safety areas and drawing surface markings. 

When you thought about the airports future growth, some of you lengthened the runways at existing airports … and that could mean you need to build a taller air traffic tower, so that controllers can see the full surface. 

I really liked some of your future innovations – like adding solar farms … advanced radar … and drone operation bases.

Just imagine adding a vertiport to the airport you designed. Orville and Wilbur weren’t thinking about electric vertical takeoff and landing aircraft, and they weren’t thinking about air taxis for people. But you are. Where would you put it?  

Or just imagine if you built a spaceport nearby to launch space rockets. What would that look like? How would you make sure the launches don’t interfere with planes taking off and landing at the airport? 

These are the kinds of things we’re thinking about in the aerospace industry. 

And we’re looking for smart young people like YOU to join us. We want a diverse group of people from all backgrounds and walks of life. 

Maybe you’ll want to become a pilot. Or an air traffic controller … a drone operator … an aviation maintenance technician … a safety inspector … an aerospace engineer … or an astronaut. The aerospace industry encompasses an enormously broad set of career paths, and the skill sets we need are expanding every year.

Come help us make flying safer … more efficient … more secure … and more environmentally friendly.

Whatever career you choose, I hope you are happy and successful.  

I always tell everyone in the aerospace industry that we must always be committed to continuous improvement. 

That goes for all areas of your life. Always look for ways to improve, in whatever you do. 

So continue to learn in school. Develop your talents and skills. 

Team up with others. And keep working on great projects. 

As you do these things, you’ll build a career, and maybe help us design solutions that will improve the world. 

Again, we are proud of all of you. Stay safe. And best of luck to our finalists!