HobbyAlfred takes off!

Hang gliders in Germany form a close-knit community. Of the roughly 5,000 flying enthusiasts in total, about 800 compete in competitions. Five of them are on the national team. One of them is our colleague Alfred Mayer.

If you’re looking for Alfred Mayer, you’ll usually find him way up high. Often as high as 2,000 meters above the ground. His aircraft: a kite, or more precisely, a hang glider. The self-supporting struc­ture is made of carbon fiber and, with its rigid wings, has a wingspan of nearly 14 meters. Hanging -or rather lying – below is Alfred Mayer in his harness, the aero­dy­namic full-body suit called the Kokon.

Way up high

Since 1985, he has preferred to spend his free time from spring to fall in the air. Back then, hang gliding was sweeping across Germany as a brand-new and afford­able sport. Alfred Mayer seized the oppor­tu­nity. He traded in his model airplanes for a hang glider and completed his flight training along­side his father. After passing three exams – both written and prac­tical – he became a newly certi­fied hang glider pilot. Now nothing can keep him grounded.

Since then, Alfred Mayer has been flying every spare minute he has. As soon as the weather coop­er­ates, he’s drawn outside – or rather, up into the sky. In flight, he some­times covers 160 to 200 kilo­me­ters. To fly these routes, hang gliders rely solely on thermal currents. They circle in the updrafts until they reach the cloud base—that is, the lower edge of the clouds—and then glide back down to that alti­tude in search of the next thermal current, heading toward their planned route. And after some land­ings, Alfred Mayer doesn’t even know where he is at first. “Luckily, there’s Google Maps and club mates or family members who, in such cases, take over the driving duties and pick me and my hang glider up again,” says Alfred Mayer with a laugh.

In 1985, Alfred Mayer set out on his first cross-country flight.
Alfred’s aircraft: the ATOS VRQ High-Tech.
Preparing for the launch with eager antic­i­pa­tion!
Goal achieved! Soaring like a bird.
Every­thing looks even more beau­tiful from a bird’s-eye view.

“Always on mind”

Flying takes time: “It’s defi­nitely a very time-consuming hobby,” he explains. “You should plan on spending at least half a day to a full day for a single flight.” Basic phys­ical fitness and stamina are also impor­tant. The 62-year-old stays in shape by running, cycling, and working out at the gym. Hang gliders need the most strength for takeoff and landing, as well as for carrying the 42-kilo­gram aircraft.

The changes in alti­tude also take a toll on the body. “And your mind is flying along with you!” empha­sizes Mayer. After all, many deci­sions have to be made during a flight – some­times consciously, some­times intu­itively. “When flying, you should there­fore always keep a clear mind; all your senses are needed,” Mayer stresses. Because there’s always the big unknown: the weather. That’s why hang gliders need exten­sive mete­o­ro­log­ical knowl­edge.

To fly, you have to have a clear mind.

Alfred Mayer, UEDL, Service Desk Manager, Uhlmann Pac Systeme

Alfred Mayer is convinced: it’s worth the effort. Once in the air, he’s rewarded with breath­taking views and some­times even very special encoun­ters: “On one flight, an entire family of eagles accom­pa­nied me – they were using the same thermal!” he says with a laugh.

These days, the enthu­si­astic hang glider no longer takes to the skies just as a hobby. Since 2013, he has been competing for his club, TSV Seissen. He now also competes for the German national team – he has already partic­i­pated in three World Cham­pi­onships. The last one took place in 2025 in Àger, Spain. And Alfred Mayer and his team­mates landed unerr­ingly in second place.

High­lights of the 2025 World Cup:

Prepa­ra­tions

At the World Hang Gliding Cham­pi­onships in Àger, Spain, Alfred Mayer is setting up his glider for the inter­na­tional compe­ti­tion. He qual­i­fied for the national team by partic­i­pating in four compe­ti­tions per year.

Top Inter­na­tional Pilots

149 pilots from 32 coun­tries around the world will give their all over the course of nine compe­ti­tion days and six flying days. They will compete in two cate­gories: flex­ible and rigid kites. The flex­ible hang gliders are controlled purely by shifting one’s center of gravity, while the rigid-wing gliders feature semi-aero­dy­namic controls. The latest designs achieve a glide ratio of 1 to 17, meaning that from an alti­tude of 1,000 meters, they can glide 17 kilo­me­ters without an updraft.

Briefing

Before each compe­ti­tion day, partic­i­pants are briefed on their “task.” This is a flight route defined by GPS waypoints that pilots must complete during a compe­ti­tion. It consists of a starting point (start gate), several turn­points (waypoints), and a finish line (goal). The real appeal lies in finding the fastest route through this task while taking into account sunlight, ther­mals, wind, geog­raphy, and tactics.

Done!

Happy and content, Alfred Mayer lands at the finish line after his flight – on a stubble field near Tremp. The World Cham­pi­onships demanded every­thing the partic­i­pants had to offer due to the some­times chal­lenging terrain.

Off to the podium

Together with the German fixed-wing team, Alfred Mayer ulti­mately won the silver medal. A strong perfor­mance!

Hang gliding – from space explo­ration to recre­ational sports


Modern hang gliding orig­i­nated in the United States and is based on an inven­tion by Francis Rogallo. Francis Rogallo was an engi­neer at NASA and devel­oped the Rogallo wing concept in the 1950s. It was a flex­ible, fold­able wing that NASA initially inves­ti­gated for use in space­craft land­ings and exper­i­mental para­chutes. Even though NASA ulti­mately did not use the system for space­craft, Rogallo’s flex­ible wing became the basic prin­ciple of modern hang gliders: Today’s stan­dard wings derive their shape, control­la­bility, and light­weight construc­tion directly from his “flex­ible wing.” In short: Without Rogallo’s NASA research, today’s hang gliders would not exist in their familiar form.

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