Brian has been a dependable contact at the company for nine years. His talents will readily transfer elsewhere but his departure signals more than his own situation. He continued, "I would like to share a note that Jason Huang, the current but outbound president, wrote to some of our owners recently."
"
Jason elaborated, "On a personal note, I will be stepping down as president of Icon Aircraft. Our incoming president, Lily Hu, brings over 17 years of executive leadership experience and a proven track record of success. She will be supported by our exceptional leadership team, including Jason Courtney, Vice President of Production, and Noah Collins, Vice President of Marketing, Sales, and Service."
Icon has been significantly owned by Chinese investors for several years but operations remained in North America with facilities in California and Mexico.
A move to China may come with benefits such as robotic and other advanced hardware. China has developed immensely in this regard but Icon's timing may bring political challenges.
If China becomes the main manufacturing site for Icon with U.S. operations handling marketing, deliveries, maintenance and other customer services, the company may run into new tariffs proposed by incoming U.S. president Donald Trump. This could significantly increase the cost of an A5 LSA seaplane. Already one of the costliest LSA in the fleet, this wouldn't help. And in mid-2025, here comes a new wave of competition: Mosaic LSA with higher capabilities. New president Lily Hu may be busy in the years ahead.
After proceedings were initiated with the responsible district court in Meiningen, Germany on Tuesday, December 3rd, 2024, the court appointed lawyer Marcello Di Stefano as provisional insolvency administrator.
According to an initial assessment, Di Stefano wrote, "After Flight Design general aviation GmbH filed for insolvency… [we see] good restructuring opportunities for one of the world market leaders in the construction of light aircraft." He added, "The company's order situation is good and the products have a very good reputation on the international market, and the outstanding debts are manageable."
Icon Informs Customers Longtime Icon PR guy Brian Manning wrote recently. He informed me he would leaving Icon at the end of this year, adding, “I’ve experienced all the ups and downs of a startup aircraft company over the years, and I’m very proud of the accomplishments along the way. I’m still yet to meet anybody who’s been up in the A5 who came away disappointed in the experience. It’s an incredible airplane that’s been a passion project for so many talented people over the years.” Brian has been a dependable contact at the company for nine years. His talents will readily transfer elsewhere but his departure signals more than his own situation. He continued, “I would like to share a note that Jason Huang, the current but outbound president, wrote to some of our owners recently.” “Icon Aircraft will be transitioning a portion of its manufacturing to a new, state-of-the-art facility in China,” wrote Jason Huang.
With headquarters in Eisenach, Germany, the company's primary production facility is now located in Sumperk, Czech Republic. For years, the Western European producer has been building aircraft in Kherson, Ukraine. Given daily news coverage, every American knows by now Ukraine has been in defense mode following the Russian invasion almost three years ago. After the situation became completely unworkable — Kherson was an early area to be bombed, then occupied by Russian troops — the company quietly removed tooling, inventory, raw materials, and even some workers to less hazardous facilities in the nearby Czech Republic.
"We have recently moved production of the CT-series — including CTLSi and CT Super (nearby image), which continue to be popular worldwide — to our new partners in Kazakhstan. This allows us to focus more on the F2 at Sumperk,” said Daniel.
If you can't recall where Kazakhstan is, don't fret. Such remote fabrication has been used by Boeing and Airbus for many years. The parent company in Germany is permitted to sublet work to off-site facilities so long as they maintain control of the design and conduct regular oversight of production and quality control. After many years of doing exactly that in Ukraine, Flight Design is well equipped to pursue building its CT-series in Kazakhstan, Central Asia.
In the middle of the last decade, long before Putin's aggression, LSA market leader Flight Design went through a German-imposed reorganization. While difficult, the company emerged stronger and more stable.
In development through this challenging time, Flight Design unveiled their new F-series, starting with their two-seat LSA F2 model at Aero Friedrichshafen 2019. They also displayed an F2e powered by electric motor. Those who examined these displays could readily see the spacious fuselage was built with a four seater in mind for the future. Things were progressing well…
Despite such hardships, Flight Design's German leaders and team closed ranks and moved production to Šumperk, Czech Republic, near the country's northern border with Poland, about 100 miles east of Prague.
“[The company is using] a new, 25,000-square-foot site suitable for use as a production and paint shop,” reported longtime importer, Tom Peghiny in an article from AOPA. The company had been doing some development work in Czech and now expanded their footprint to take up manufacturing. This represented a huge effort under the most trying — and dangerous — of conditions.
The accompanying images show elements of the work to establish a new production facility. Since most molds and other tooling could not be removed from Kherson to Šumperk — about 1,000 miles to the west — the company had to acquire new production jigs and they had to do this while supply lines were pinched, shipping costs were sky-high, and interest rates were rising on funds needed to create a new manufacturing plant.
Still the Aeros team continues to build and deliver their flying machines, ranging from hang gliders to trikes to the Sky Ranger three-axis airplanes (
Fox T is another wing for nanolight trikes, created for "those who want to feel the simplicity and real pleasure of bird-like flying," said Aeros. Fox T offers low and slow maneuverable flying. "Fox T has been developed from our beginner Fox glider and has been reinforced and adapted exclusively for flying with nanolight trikes," Aeros clarified.
For experienced pilots wanting maximum performance, Aeros offers their Combat T, "a step higher in nanolight technology, designed for those who want to fly faster and farther."
Besides the Polini or Vittorazi two-stroke engines adapted from the powered paraglider industry, Aeros offers a 
When I visited this company many years ago, they were new in western markets. Fortunately for them, a wealthy Saudi Arab businessman and flying enthusiast helped bankroll the new company.
On my visit, I saw an active operation with workers buzzing to build aircraft. However, they did so in a converted factory that was far from optimal. They made it work but they had ambitions for another facility.
Both airplane producer stories made it into mainstream media.
If we go way back in time, to 2003, that is, before Light-Sport Aircraft, we saw a world where Americans flew kit-built airplanes while European pilots were flying what they called ultralights or microlights. Of course, this is an oversimplification but we had no idea the two methods of production would converge as they have in the last two decades.
Using widely-accepted consensus standards, Light-Sport Aircraft can operate in multiple countries — thanks to the useful work of many volunteers that assembled and maintain ASTM standards embraced by FAA and other CAAs all over the planet.
Let's look at these two stories…
“At this point, there are about 10 to 12 airframes at the Kherson plant,” Peghiny said to AOPA. "Ordinarily, the airframes would be sent to Flight Design’s final assembly and completion center in the city of Šumperk in the Czech Republic."
“We’ve found a new, 25,000-square-foot site [in Šumperk that is] suitable for use as a production and paint shop, and will use that in the future,” Peghiny said in the AOPA article. Engineering work is also conducted in Šumperk.
"Flight Design is offering to move its Ukraine staff and their families to the Šumperk facility," AOPA wrote. "Peghiny said that the Kherson plant will function as long as conditions allow. However, tooling currently remaining in Kherson will have to be replaced by newly manufactured tooling for use in Šumperk. The company will fund new tooling, but it may take six to nine months to build."
"Flight Design employs just under 200 technicians, assemblers, and engineers currently at the Kherson plant," continued Boatman, "and according to Peghiny, the company has been ramping up that number. 'We were hiring more aggressively in the past year because of the popularity of the F2, but the other models in the range have been selling well in Europe — simpler, lighter models in particular,' Tom said." Of course, Tom refers to the CT-series including CTLS that is one of the most popular LSA in America.
“We know [our employees] very well,” Peghiny said in Boatman's article. “Some have been with the company more than 20 years. We’re good friends, and we take this very personally.”
Dave Hirschman wrote, "Dennis Long, a dealer for Aeroprakt… said he spoke with factory officials who said they plan to remain on the job. 'They told me they’re going to keep making airplanes until they can’t'," AOPA reported. 'For the time being, it’s business as usual, although my next two airplanes will likely have to be shipped from Poland because the port of Odessa [in Ukraine] is closed.'”
Aeroprakt has steady registered more aircraft with the FAA. When asked by AOPA's writer, Dennis said, "Right now, due to all the uncertainty, I’m not taking any new deposits. I’m more concerned about the people over there than the airplanes at this moment."
The Covid pandemic of 2020/2021 appears not to have slowed enjoyment of flying for fun… for most of us anyway. I sincerely regret anyone who suffered during this period but sport aviation has held up surprisingly well.
In this article, I will tackle a couple reader questions, the sort I hear all the time. To answer several people with one response, I asked reader John Joyce if I could use his question and name. He consented, so here we go…
"By way of example," John continued, "there are nearly 300 SportCruisers registered in the US, as well as nearly 350 Flight Design models, but only 3 Skyleaders. I’m not picking on Skyleader; there are many manufacturers with just two, five or 20 registrations in the database."
Matter of fact, our N-number database is another useful reference we offer. You can use the 
Then came the sophisticated CTLS, wholly redone for the American market. It enlarged the cabin and lengthened the fuselage becoming more deluxe throughout.
Now, we come to F2 in what I'm calling the third generation of the iconic shape that still leads the LSA market after almost 17 years. The one and only example presently in America is currently based at 
Nearly every airshow was cancelled for 2020 amidst the global economic carnage driven by lockdowns and travel restrictions to contain Covid.
Well, every show was scrubbed except the Midwest LSA Expo in Mt. Vernon, Illinois. Because that one and only event happened — with no negatives regarding the virus, so far as I know — I got to see and fly Flight Design's latest and greatest, the F2. Not only was the airshow a welcome change from the social barriers everyone had faced over the last few months, but Midwest 2020 provided a venue to see and fly the new model.
"CTSW was a Porsche. CTLS was a Corvette. F2 is a Cadillac," said Tom Gutmann, Jr., the younger half of the father and son 
Tom explained that F2 may look similar to CT but is a nose-to-tail, tip-to-tip refreshed design. It has been some time in development because as Tom noted, "Flight Design engineers had to rework the whole airplane. It is significantly larger than CTLS yet final production models should weigh no more." That's some accomplishment!
It is also built quite differently. All CTLS are essentially "hand made" with hand-layup molds that display the skill of factory workers yet makes each one unique. For F2, Tom said, Flight Design uses molds created on 5-axis CNC shaping tools so each one is fabricated to precise specifications. You may not be able to see the difference in construction but the new method is far better for serial production.
"F2 is manufactured to close tolerances in pre-impregnated carbon fiber for great structural strength and light weight," said Flight Design in Germany. With prepreg carbon fiber from American company Hexcel, F2's honeycomb-core fuselage signifies a big step forward.
Likewise, F2's new wing is a major redesign; the outboard sections feature aerodynamic cuffs (nearby photo).
F2’s tail is all-new as well. CTLS's full-flying stabilator is replaced with a wider stabilizer that has a discrete two-piece elevator with a center section that remains stationary forming what's often called a duck tail. This aids in meeting the ASTM handling requirement. One result is that the airplane does not pitch up during a departure stall.
The altered horizontal tail works cooperatively with the wing cuffs to make a highly stall-resistant airframe, a feature FAA admires so much they gave Icon Aircraft 
Cruise speed at a low altitude (approximately 3,000 feet density altitude) exceeded 115 knots while burning barely over 4 gallons an hour; Rotax's 912iS is known for its fuel miserliness. This allows a topped-off F2 to fly close to 1,000 statute miles. You can fly cross country to a destination and return to base without buying fuel. I once enjoyed this quality while 
I hope you can attend 2020's 
MC-01 by Montaer
SmithSilver by Tri-State Kite
Sparrow by Carlson
F2 by Flight Design
Vashon Ranger
VL3 by JMB Aircraft
Fusion 212 by Magnus
Rob Rollison the proprietor of the very successful 
Deon will have the InnovAviation FX1 we saw at Midwest 2019 (
How does one LSA brand rise and stay above others?
My tongue-in-cheek subtitle comes from the perspective of an average-sized pilot talking to the father and son team of Tom Sr. and Tom Jr. Gutmann. These gentle giants stand so tall above me that even Tom Cruise's acting box would not let me look this pair eye-to-eye.
Indeed, it is a tribute to the spaciousness of CT-series interiors that both these beefy fellows fit inside comfortably. Don't try that in a Cessna 150 (or even a 172)!
Flight Design's CT-series is roomy inside, 49 inches wide, a full 10 inches more than a Cessna 172. It also has super visibility. These facts are true of both CTLS, the current flagship of the German producer, and for the newest CT Super Sport, as seen in most of the nearby photos. The image of the two of us in the cockpit clearly shows that Tom Jr. and I have several inches between our shoulders and we were not smashed up against the door to produce this view.
Tom and I flew Super Sport at the 
What you don't get with CT Super Sport is the back window and hat rack cabin space of CTLS. The slight enlargement of the longer, fancier LS does indeed make the cabin feel roomier and you have less space for things you need in the cockpit — though the floor compartments in front of both seats will suffice for most things you may want to access during flight. Both models keep the ample storage area aft of the cabin but you cannot access that while flying.
For this review, Super Sport was equipped with the 
Coordinating closely with 
If SuperSport looks familiar to you, it should. It's based on the CTSW but joins several elements of the newer CTLS. In Europe, Flight Design has continued to deliver a lighter model from the CT series to conform to the microlight or European ultralight parameters.
SuperSport is something fresh as it takes a CTSW fuselage and grafts on the CTLS wing; adapts construction from the CTLS gear while still doing it with a single piece, like CTSW; employs tail structure from the newer model; and drafts the 
CT SuperSport is some 13 inches shorter than CTLS, Tom Jr. noted and it does not have the hat rack or aft cabin windows of CTLS. CT SuperSport also uses an electric trim for pitch only while CTLS has pitch, aileron, and rudder trim by wheels.
The new, lighter CT model is what I'd agree to call a performance model. It runs close to the top end of the permitted speed range, can fly around 1,000 statute miles, climbs 1,000 feet per minute, yet sips fuel at rates of four gallons per hour, even less if you retard the throttle slightly. It is a lively handling aircraft that still exhibits mild stall characteristics proven by our performing a full regimen of approach and departure stalls plus accelerated stalls in each direction.
Base price of CT SuperSport is: $135,000, some $40,000 less than the flagship CTLS. "Options include night flight equipment and autopilot with Level button," said Flight Design.
Father and son Gutmanns run 
You have two more days of 
Then came a pause in the juggernaut that is 
F2's cabin is 3.1 inches wider — now 51 inches wide, among the broadest in the category — and two inches taller than the CT series’ cabins. Door dimensions have also been increased, making for easier entry and exit. The entry door is set 2.3 inches lower than those in the CT series and pilots who are less flexible will appreciate these changes. Four cabin windows and a sunroof in the rear give the cockpit an open feeling and improve overall visibility, boasts Flight Design.
F2 is available with either a 100-horsepower 
On its first successful first flight, Flight Design said, "Energy consumption for take-off and cruise was within the expected range, and the temperatures in the system were more positive than expected."
Flight Design created F2e with partners 
Our first quarterly report in many years should have come about April 1st. It did not. That date came as 
Digging deeper, the chart shows that longtime market leader 
Strong SP kit suppliers include 
Looking at cumulative registrations, Zenith/Zenair clearly holds the top spot among Sport Pilot kit aircraft sellers. Rans, 
Yet the real surprise comes when you look at our final chart of this article. Kits appear ascendant since 2013, especially when compared to Special LSA that seems to have found a stable registration rate of around 200 aircraft per year. However, when you combine SLSA with Experimental LSA, you can see that all LSA types number closer to 300 units per year, compared to all SP kits at just shy of 400. Specialty registrations like Experimental Exhibition are steady but at a far smaller unit count.
Any ELSA must be shipped from the factory as a bolt-for-bolt copy of the SLSA model, as required under the regulation. No producer can sell an ELSA without first getting approved for a SLSA, so to my mind, combining SLSA and ELSA makes for a fairer comparison to Sport Pilot kit aircraft.
If you love these numbers, please visit 
Jetting straight from Sun 'n Fun, we were able to arrive at 
Zlin Ultra with Rotax 915iS
Belmont Aero DW200
Beringer Everywhere
"This variation will now be reintroduced to the Americas," reported Tom Peghiny, President of 
“The approval allows the company to deliver certified aircraft for delivery in Europe and the rest of the world,” said Joerges.
“This is good news for owners of CTLS-ELA aircraft currently operating under EASA’s Permit-to-Fly and for new customers looking for an advanced EASA certified light aircraft,” explained Flight Design general aviation COO, Daniel Guenther. “We can now offer owners of CTLS-ELA aircraft operating across Europe to bring their planes back to Flight Design for upgrading and conformity confirmation to allow them to have a permanent Restricted Flight Certificate (RTC).” Planning for the upgrade program is in the final stages and customers will be informed about the details in February 2019.
Flight Design observed that the company’s CT-series aircraft have been sold around the world since 2008 as Special Light-Sport Aircraft. "CTLSi-ELA brings a well proven platform, the security of an all carbon fiber airframe with an aircraft emergency rescue system and the high technology of all Flight Design aircraft," officials said.
On Wednesday January 23rd, 2019 kicks off with the 15th running of Sebring. This year is also the 15th anniversary of FAA establishing the Sport Pilot / Light-Sport Aircraft sector in American aviation. This accomplishment was the "regulation heard 'round the world" in that many countries have now adapted the ASTM standards for use in their countries making exports from one country to another vastly easier than in the Part 23 certified aircraft world.
Lift
Flight Design said this "is a daring adventure by physically challenged pilots to fly around the world starting very soon, on November 18, 2018. Company CEO Lars Joerges announced that the German manufacturer is a contributing sponsor to the undertaking. The flight will be conducted using a CTLS aircraft.
According to Flight Design, the globe-girdling flight will start from Geneva, Switzerland and will plan to visit 40 countries in five continents while traveling more than 49,000 miles. The flight plans to make “150 stops to meet, share, inspire and promote the inclusion of disabled people worldwide,” organizers said. The goal is to raise funds for Handicap International and is further sponsored by the Lions Clubs International, a fraternal organization that raises money for worthy causes.
Handiflight is a non-profit association formed in Gruyère, Switzerland in 2007. The organization hosts what they call the biggest fly-in for disabled pilots from all around the world.
After 10 years of successful events, Handiflight is now tackling a new goal: “To fly around the world to explore new horizons, look for new challenges, combat prejudices and promote the inclusion of disabled people.”
“We met with Daniel Ramsier, one of the organizers of the Handiflight,” said Joerges. "We were very inspired by his vision and wanted to be part of this adventure.” Primary pilots Paolo Pocobelli, Guillaume Féral and Mike Lomberg will lead an international team of more than 15 pilots with physical disabilities.
Upon the completion of this flight it will mark the third flight around the world for a CT-series aircraft. The first time occurred in 2007 by two pilots from India to celebrate the Silver Jubilee of the Indian Air Force. The second round-the-world flight was Azimuth 270, a flight by Yannick Bovier and Francisco Agullo, two Swiss Airbus pilots who flew a westward flight around the equator of the Earth in 2010. Soon will begin this great and inspiring flight by Handiflight!
I was one of those frustrated pilots, thanks to early experience with Lane A/B lights.
I had flown with a flock of Light-Sport Airplanes to the Bahamas. We had long over-water stretches. When you fly out of sight of all land in a single engine airplane, the pucker factor tends to rise.
Being a modestly-experienced Bahamas island-hopping LSA pilot, I figured to take off last from the Nassau-to-Bimini flight. The other pilots fired up, taxied out, and launched into the air. My cabin mate and I, aviation journalist James Lawrence, tried to follow but on firing up, I had a red lane B light that would not go off after doing the usual checks. I would not commit to flight over lots of water with a red light staring back at me and I had no one nearby to consult as to the problem.
Therein lies the problem. What was wrong?
It turned out to be a connector that did not maintain contact. Nothing whatsoever was wrong with the engine, explaining why the light went off later and we were able to launch and fly without incident to the other island. Nonetheless, whatever that had been nagged at me, stealing a bit of the joy of flight as I was uninformed.
No more, thanks to Dynon and guys like John Hurst who works closely with the west coast avionics provider.
Now, as the images show, you can ask your Dynon HDX Touch SkyView instrument for the reason, and it will list for you what is wrong. Some problems need to be fixed when able. Others might have to ground the flight until remedied. Wouldn't you want to know which it is?
"This update happened partly because of your early experience, Dan," clarified John. "Now the pilot can know the reason the light came on and can make an informed decision."
Thanks, John and 
