1960s

At the end of the run, does it really matter?

Photo top: Vallee Blanche/Mer de Glace above Chamonix. Chamonix-Mont Blanc photo

In this day of perpetual social media marketing hooks, “extremes” sell: hottest, tallest, biggest, fastest. Ski resorts are not immune. However, determining a superlative like the longest ski run on the planet is not as simple as it would seem.

This exercise is rife with caveats. Are we talking about vertical feet or length? Lift-served or not? Off-piste or maintained? Perhaps the most mainstream solution is to determine the longest runs by using both vertical and length—further sorted by some sort of lift service. Or perhaps just consider it a skier’s bucket list.

Guinness Book of World Records says that a run at Davos, Switzerland, from the Weissfluhjoch to Parsenn, is “the longest all-downhill ski run in the world” at 7.6 miles in 6,692 vertical feet (12.3 km and 2,034 m). Many may disagree, partly due to the ambiguous “all-downhill” criteria, designed to exclude anything with a hike or another lift ride in the middle. Or a bus ride at the end. And we won’t delve into Guinness’s definition of lift-served.

One of the best-known lift-served long runs in the world is Chamonix’s Vallée Blanche, which helps explain why we feel a little mystical about such endless terrain. Its most far-flung route is 13.67 miles (22 km), all of it off-piste and bedecked with chamois, blue-ice caverns, crevasses, lurching seracs and stupefying mountain views. Its full 9,200-foot vertical (2,797 m) goes all the way to the Chamonix valley floor, though
climate change has increasingly made that a rare reward.

Zermatt, Switzerland, features what is marketed as the longest red (intermediate) run in the world. The 13.6-mile (22 km) trail from the Klein Matterhorn to the Italy's Valtournenche measures 7,739 vertical feet (2,353 m) and delivers you to another country. It does require a lift ride in the middle, however.

Alpe d’Huez, France, describes its famous Sarenne route as “Europe’s longest black run.” The nearly 10-mile (6.2 km) descent in 5,872 vertical feet (1,785 m) can be done, according to the resort, “without having to take a lift.”

North America looks to Revelstoke, Canada, for bragging rights. Revelstoke claims the Last Spike as the longest maintained ski run in North America at 8.3 miles (13.4 km). As a plus, the run descends the resort’s full vertical, which at 5,620 feet (1,708 m), is tops on the continent.

Netflix Co-Founder Buys North America’s Resort-Acreage King

Powder Mountain, Utah, Tries Again to Be the Resort of the Future

Tech money has joined forces with the largest ski resort (by skiable acres) in North America, in what may have been an inevitable marriage. On September 6, 2023, with a $100 million investment, Netflix co-founder Reed Hastings became the majority owner of Powder Mountain. Hastings had already acquired a minority stake in the Eden, Utah, resort, which covers over 8,464 acres—roughly 16 percent broader than Park City.

Hastings has only started his re-imagining of the resort in what he has termed “Powder Next.” To that end, he recently pulled all available residential lots at Powder off the market. “That’s a big step that you do when you have confidence that it’s going to be a lot more successful in a year,” Hastings told the Salt Lake Tribune. “So we kind of don’t want to sell those lots at current prices.” Hastings said he envisions the reworked resort as being a “premium place in the world for being and doing.”

Perhaps Powder Mountain will go full circle with that vision. It was purchased by a group of Silicon Valley entrepreneurs out of foreclosure for $40 million in 2013. Their vision was to build a future-embracing, eco-friendly resort with 500 homes developed around a hub of education, research and alternative medical facilities. Various challenges ensued, and fewer than 10 percent of the homes were built. Hastings, who stepped down as CEO of Netflix last January and now serves as executive chairman of the company, already had a home at the resort before he bought in. —Greg Ditrinco 

 

Old Time Lift Safety

Snow King Mountain Resort, Wyoming, about a dozen miles and several thousand light years in attitude from Jackson Hole Mountain Resort, remembers the good ol’ days. The resort also wisely recognizes that hazy nostalgia might cloud some of the darker aspects of those good ol’ days. For instance, this image, dated June 8, 1965, posted on Snow King’s Instagram feed, is headlined “Safety Standards in the 1960s.” Snow King wisely notes that “We have upgraded a bit since these days!” A Skiing History editor recalls riding that chair. Its towers were made of telephone poles, bolted together into tripods. They creaked.

Snapshots in Time

1924 And So It Began
The Winter sports of the eighth Olympic Games were officially opened today with the customary Olympic ceremonies, presided over by Gaston Vidal, Under Secretary of State for Physical Education. M. Vidal received the oaths of amateurism by the athletes entered for the competition. The teams of all the nations represented, bearing their national flags and emblems, then paraded from the City Hall to the skating rink, where the actual competitions will begin tomorrow. On the arrival at the rink Under Secretary Vidal declared the official opening of the sports. His voice, caught up by enormous amplifiers on top of the grandstands, was sent reverberating up the sides of the high mountains which give the Chamonix Valley its magnificent setting. — “The Olympics in Winter” (New York Times, January 25, 1924)

1975 Free-Heel Revolution
If you’re a cross-country skier in the West, you may well consider yourself a pioneer. Just as the frontiersmen had to adapt to the mountains of the West, so also do cross-country skiers have to adapt their methods and equipment. And since touring is just beginning to boom in the West, the field is wide open for search and discovery. Here in Crested Butte, the telemark turn has turned the sport upside down. A group of skiers will ski to the top of a mountain with the sole purpose of linking a hundred or so telemarks together down a virgin bowl. — Rick Borkovec, “Trendsetters” (Powder, November 1978)

1989 A Turn for the Worst
“Collisions have become the number one cause of injury in skiing,” said Linda Meyers Tikalski, a U.S. Ski Team member and an Olympian at the Squaw Games. “Skiers think control means ‘not falling.’ The new skiers don’t think ‘turning.’ They think ‘cruising.’ Unless we can convince skiers that good skiing is good turning, we’re in trouble.” — Mort Lund, “No-Risk Skiing” (Snow Country, February 1989)

1990 Olympic Need
I have enjoyed reading your magazine through the years. There is only one suggestion I have for you. Let’s see more time and money spent on our U.S. Olympic ski team and on Olympic racing worldwide. Even though it is two years away, there are athletes preparing. I feel it would be interesting to see what is happening in the Olympic world. — Lori Bucher, Aurora, Indiana, Letters, “More on the Olympics” (Skiing Magazine, October 1990)

2001 Bye-Bye Ban; Hello Boarders
The Aspen Skiing Company is looking to youth to lead it out of the wilderness of complacency and sagging skier numbers into a more prosperous future. Thus it was on April Fools’ Day, of all days, last season that the resort’s notorious anti-snowboarding walls came tumbling down on Aspen Mountain to great fanfare, if not the actual trumpets of Jericho. Because it’s Aspen and therefore good news copy, on April 1 the town is jammed with more satellite uplinks than after Ivana Trump spied Donald’s girlfriend during a family ski vacation. — Jay Cowan, “The New Aspen” (SKI Magazine, September 2001)

2023 Shrinking Prominence
Mont Blanc’s peak has been measured at 4,805.59 m (15,766 ft 4 in), which is 2.22 m shorter than in 2021. The mountain, which straddles France, Italy and Switzerland, is measured every two years to try and track the impact of climate change on the Alps. French chief geometer Jean des Garets said the shrinking could have been caused by less rain this summer. “We’re gathering the data for future generations,” he said. “We’re not here to interpret them, we leave that up to the scientists.” — “France’s highest mountain Mont Blanc is shrinking.” (BBC.com, October 5, 2023)

Ayja Bounous has crafted a well-written and comprehensive biography of an iconic American skier and teacher, and a tender tribute to her grandfather.

Junior Bounous was born in 1925 in Provo, Utah, in the Wasatch Mountains, and taught himself to ski at age eight on self-fashioned skis. He became a renowned powder skier and was a favorite model for photographers like Fred Lindholm, appearing frequently in ski periodicals and Warren Miller films.

Bounous’s astounding ability to convey the secrets of navigating powder to other skiers brought students from afar to wherever he was teaching, and they returned year after year.

After explaining how he got the name “Junior,” Ayja Bounous recounts her grandfather’s life-changing encounter with Alf Engen at Alta, their instant rapport and how he fully absorbed Engen’s teaching philosophy. Bounous would later infuse Engen’s methods into the Professional Ski Instructors of America’s American Teaching System.

We learn how, with Engen’s urging, Bounous earned his Forest Service certification to teach skiing at age 23 and then became a full-time ski instructor at Alta, teaching there from 1948 to 1958. In 1958, he was lured 600 miles westward to Sugar Bowl, California, becoming one of the first American-born ski school directors in the country.

The author describes how her grandfather later returned to Utah, in 1966, to become part owner and ski school director of the Timp Haven ski area (on Mount Timpanogos). In 1968, Robert Redford acquired the resort and renamed it Sundance (after his character in Butch Cassidy and the Sundance Kid). Redford prevailed upon Bounous to stay on as ski school director, and the actor thereby became a Bounous-trained powder adept.

In 1970, Bounous was approached to design the trail system for the nascent Snowbird ski resort, which opened in 1971. He then served as ski school director there until 1991, when he was named director of skiing. At Snowbird, Bounous also inaugurated both a children’s and a disabled learn-to-ski program.

Bounous’s partner through all these adventures, from 1952 onwards, was his wife, Maxine (née Overlade), who became a master powder skier in her own right and for her off-piste speed became know as “Fast Max.” A BYU graduate, she became indispensable as an editor when SKI and Skiing magazines published Bounous’s ski tips and PSIA’s instructional ski books included his contributions. Together, they raised two boys (one, Steve, raced for the U.S. Ski Team).

This biography recounts the couple’s full life of world travel and recreation in the off-season, too. They visited more than a dozen countries, from a memorable journey to Bounous’s ancestral hometown in northern Italy to the South Pacific, and from Nepal to New Zealand.

Somehow, the couple also managed to fit in month-long trips with friends and family on Lake Powell, on a houseboat or camping with a ski boat. Bounous loved exploring the many canyons and hidden rock arches that line the immense reservoir. Both would waterski and wake surf well into their 80s. And they botanized with passion, seeking out the myriad wildflower species of the Wasatch Mountains and discovering how the schedule and abundance of their flowering depended upon the snowpack of the previous winter. Junior Bounous is still skiing at the age of 98.

Junior Bounous and the Joys of Skiing, by Ayja Bounous. Printed by Paragon Press, Inc. (2022), softcover, 283 pages. $38

Butting Heads with Beattie en route to the Olympic Dream

In Part I of this series (May-June 2023), Howard Head overcame setbacks and pursued his visionary metal ski design. By 1960, he had captured a large part of the recreational market, and metal skis were beginning to dominate downhill racing. Here, Head staff and U.S. racers recall a time of transition and historic achievement.

Photo top of page: At the Mt. Bachelor training camp, left to right: Starr Walton, Gordi Eaton, Rip McManus, Billy Kidd, Margo Walters (McDonald), Barbara Ferries (Henderson), Chuck Ferries, Joan Hannah, Bob Beattie, Linda Meyers (Tikalsky), Jean Saubert, Annibale “Ni” Orsi, Jimmie Heuga, Bill Marolt, Buddy Werner. Jim Hosmer photo.

Though American women had been top contenders in Olympic racing, the men had never medaled. In 1961, the National Ski Association picked University of Colorado coach Bob Beattie to renovate the national program. He was authoritative and ambitious, with a background in cross-country skiing and football coaching, but he was not stepping onto a level playing field.

According to U.S. racer Gordi Eaton, “At this time there was a strong emphasis on pro and amateur. We all knew that some European racers were taking money, but we had bought into the Olympic rules.” Tough situation for Beattie, the new strait-laced U.S. coach.

He responded to the challenge by creating a de facto national training center within his program at CU Boulder. He arranged athletic scholarships, access to facilities and support from local families.

Racer (and later coach and administrator) Bill Marolt recalls, “We were going to do it the American way. He had a vision for the program, and it was a game changer.” There were new advantages for the racers, but challenges, too.

For example, Beattie was fixated on physical fitness. As the leaves turned in Boulder, skiers ran the trails of Green Mountain, did the same type of agility drills as football players and hit the weight room.

Ni Orsi: Beats knew that strength was very important to winning.

Barbara Ferries: We did exactly what the boys did, except we were not allowed in the weight room. [Title IX was a decade away.]

Billy Kidd: Beattie knew how to get the most out of his athletes. And one of the things was you get in better shape than anybody else.

Bill Marolt: It was the Exhaustion Method.

1962 winter was a World Championships year. The skiers took incompletes in their classes and headed to Europe, planning to finish schoolwork in the spring. It was an adventure, especially for the women, who felt they were on their own without a coach (though their travel was managed by Fred Neuberger of Middlebury College). Nonetheless, they got good results.

Buddy Werner, winner of the 1959 Hahnenkamm downhill, was the team leader. He helped Chuck Ferries improve and win the 1962 Hahnenkamm slalom and grab second in the combined. Ferries also won the next slalom, at Cortina. His sister, Barbara, took bronze in the World Championship downhill at Chamonix, and Joan Hannah got bronze in giant slalom. Karl Schranz, of Austria, won the downhill and combined on fiberglass skis made by Kneissl.

Back at the Head factory in Timonium, Maryland, a new model was in the works. The Competition sported two layers of aluminum on top with a thin layer of neoprene rubber between them. This structure had a damping effect to reduce chatter. It was Howard Head’s ace-in-the-hole going into 1963.

Head Success in Europe

Significant inroads were soon made to the Swiss national team with the help of Walter Haensli, a long-time Head confidant. Swiss skier Josef “Jos” Minsch, on Head skis, won the 1963 pre-Olympic downhill at Innsbruck, upsetting the powerful Austrians. As the European tour and big U.S. events wound down that spring, Werner, on Kästle wooden skis, and Jean Saubert, on Heads, were skiing well.

U.S. Nationals were held that spring at Mt. Aleyska, Alaska. Europeans Minsch, Barbi Henneberger and Willy Favre won some races, but their results did not count toward U.S. titles. Marolt won the downhill. Minsch was fastest in giant slalom but Werner, in second, got that title and also won the combined. Chuck Ferries won the slalom. Saubert took the women’s downhill and GS, Sandy Shellworth the slalom, and Starr Walton the combined. Most skied on wooden Kästle or Kneissl skis.

The 1964 U.S. Alpine Olympic ski team was then named—eight men and six women. It was an eclectic group of talented skiers who had earned their spots with key results or were chosen by Beattie. Many excellent racers did not make the cut.

On August 25, 1963, the team met for its first training sessions at Mt. Bachelor, Oregon. The racers stayed at the rustic resort of Elk Lake. It was a fun and challenging situation, and team members had good feelings for each other but mixed feelings about coach Beattie.

Bill Marolt: We had cabins with wood stoves. In the morning, we’d have to build a fire to warm up.

Ni Orsi: We would take the lift up to near the top and then walk up farther to where we trained. No lift. We walked up, skied down and then walked up.

Billy Kidd: Buddy Werner was so gracious and generous, and would help the younger racers.

Barbara Ferries: Linda [Meyers] was the oldest and always the mother, trying to take care of everyone, especially me. Joanie [Hannah] just wanted to race. She had this work ethic—she tried really hard.

Gordi Eaton: Let me say this about Jean Saubert: great lady and a great competitor.

Kidd: Ni was a natural athlete, a champion water-skier. He could do anything and pick stuff up right away.

Starr Walton: Ni was terribly good looking. In Europe, he got in a little trouble because he wouldn’t quite make curfew or was out with girls.

Orsi: Beats was a great coach and tried his best to keep me under control. He even had me move in with him and his wife to make sure I was not destroying my Olympic hopes.

Kidd: I had to tape my ankle like a basketball player—couldn’t run a lot because my ankle would swell up or collapse. But he [Beattie] saw it as I was just not tough enough, not able to keep up, so he didn’t like me that much.

Ferries: There was a bit of tension between some of the girls and Beattie.

Joan Hannah: Beattie was trying to make us all ski the Dyna-Turn. It was his view of how Buddy skied. “Drive those knees!” Problem, he didn’t have the whole picture. We ended up slower.

Walton: Women need women coaches. He was a football coach, a boy’s coach.

Eaton: I loved the guy. It was time for someone to have this exceptional passion and dedication to U.S. skiing and U.S. ski racers year-round!

Marolt: It was a great situation for team building. Everybody jumped in and went as hard as they could go, which was fun.

A crew from Head set up a wax room in Skjersaa’s ski shop at the Mt. Bachelor base. Gordon Butterfield guided strategy and kept notes for the home office. Clay Freeman was a good skier and the racers liked him. The technical savant was Freddy Pieren. According to Head rep Tom Ettinger, “He knew more about how skis work than anyone in the country. Howard always listened to him!”

Kästle set up in an abandoned boat house, while other reps prowled by car from Bend. By the end of the first day, the Head shop had received visits from most of the team and many got filing and waxing help from Pieren and Freeman. Everyone had a common goal: win medals at Innsbruck.

On Tuesday, August 27, Pieren discussed flex patterns. Chuck Ferries opined that men and women need different skis. Tuning work continued. Beattie came by, made a cursory inspection, then left. He returned later to direct the Head team not to work on the racers’ skis; skiers should do it themselves. According to Butterfield’s notes: “Beattie has not been at all friendly. And it is difficult to evaluate if this is his total preoccupation with coaching or actual resentment.”

Reps Warned off Waxing

On Wednesday, Butterfield noted that everyone on the team was testing at least one pair of skis except Werner and Barbara Ferries. Butterfield met with Beattie. It became a dissertation by Beattie on his coaching philosophy, including that ski prep would be a coach/racer domain. The Head crew should not approach team members on the hill, and stay away during dryland training, indoor sessions and meals. Racers could come to the Head shop during their free time to work on their skis and consult with Head techs.

On August 30, Jimmy Heuga took out a pair of Head slalom skis. Werner, Chuck Ferries and Eaton—Kästle stalwarts—did not try the new Head slaloms. Beattie became more amicable.

On Sunday, September 1, Pieren had a chance encounter with assistant coaches Marv Melville and Don Henderson. Both enthusiastically endorsed Head products. Pieren quoted Henderson as saying, “By the time the team gets to Europe, we’ll have them all on Heads.” Butterfield noted in his report, “Relations are now excellent.” But not for everyone.

Walton met with Butterfield and confided she was having problems with Beattie. He advised that she do what he did and talk to the coach, get things out in the open. She was a free spirit, sure about what worked for her. Beattie was regimented, sure that his program was right for everyone. According to Walton, they never did settle their differences.

On September 3, Marolt, impressed by the International Professional Ski Racing Association racers using Heads the previous year, was on GS Comps. He said they were okay, but that he wasn’t skiing his best. Walton moved to a slightly longer slalom ski and reported them good. Her morale improved.

On September 4, Freeman drove Beattie to Bend for an appearance at a Rotary Club meeting. They thanked the locals for their support of the camp. Later that day Pieren and Beattie had a long conversation and needled each other a bit. The result was a more familiar relationship going forward.

On September 5, Howard Head arrived on the scene. He had breakfast with Bill Healy, president of Mt. Bachelor, and then went up to the training area. As the racers quit for the day, Head greeted each one personally.

Beattie was there and “had to be nothing but jovial,” Butterfield reported . Then, surprisingly, he invited Head to address the Olympic team at dinner. This was a clear breach of his own rules and a possible sign of advancement for Head.

On the morning of September 6, the Head team said its good-byes and departed Elk Lake. Butterfield tapped out the last few lines of his report near Reno, where they dropped Head at the airport. It was a hot afternoon in the eastern Sierra. “It doesn’t feel the least bit like winter…but our mind’s eyes see visions of victory ceremonies at Innsbruck and of medals going to athletes using products made in the USA.”

Ross Milne Killed

Just under five months later, at Innsbruck, Orsi was preparing for a training run in the downhill when there was a course delay. He was on 220-cm Head Comps with Marker bindings, having switched from Kneissl and Look. Around the start, racers were warming up amid bare ground and rocks. There was so little snow that the Austrian army had hauled the stuff in to build the course. Orsi recalls that it was “very rough, narrow with little or no snow on the edges.”

The delay was for Australian racer Ross Milne, who had encountered people stopped on the course during his run. He veered off into the snowless woods and hit a stump. He died on the way to the hospital. Eaton also had a bad fall in training, tearing a boot upper from the sole and suffering a concussion.

The downhill race, on January 30, followed the opening ceremony by just a day, and Orsi remembers, “I regret not being able to march. Beats had the downhillers stay in their rooms to get a good night’s sleep.” Beattie had picked Orsi, Kidd, Werner and Chuck Ferries to run what Kidd called the “ribbon of ice.” All four finished in the top 20, with Orsi and Kidd leading on Head Comps, in 14th and 16th places. Minsch, on Heads, was just six hundredths off the podium in fourth. Orsi believes the Americans missed the wax but doesn’t remember who was responsible. “Our wax was wrong and cost us dearly,” he says. Austrian Egon Zimmermann won by .74 seconds on metal Fischers.

Racers who did attend the opening ceremony were thrilled. Barbara Ferries recalls, “I was like, ‘Oh my God, look what’s happening.’ We got the uniforms, we marched in the parade. It was very exciting.” Walton says, “That’s pretty cool when you walk in representing your country like that.” She also had American-made Head skis. “I am representing the United States, and if they have a ski that’s worthy, if they’ve come along with a ski that’s good, hell, I’d ski on an American ski.”

Walton led the American women in the downhill, placing 14th, with Hannah right behind her, Margo Walters placed 21st and Saubert 26th, all on Heads. Hannah was disappointed.

“Beattie missed the wax. There is nothing worse than feeling slow skis on the flat,” she says. “The wax should have been skied out. We finished in the order we skied on our skis. Jean Saubert carried her skis to the start and was the last of us.”

The men’s giant slalom was on a steep, icy pitch, but with a rhythmical set. Kidd placed seventh on Head Comps, and Marolt, from bib 28 and also on Heads, was 12th. Heuga and Werner, both on wooden Kästles, disqualified.

Medals for Saubert, Kidd, Heuga

In the women’s giant slalom, Saubert, on Heads, tied for second and secured America’s first skiing medal at Innsbruck—the French Goitschel sisters, in first and tied for second, used aluminum Rossignol Allais 60 skis. Barbara Ferries was 20th, also on Heads, and Hannah and Linda Meyers were 26th and 30th. Saubert scored again in the women’s slalom, taking the bronze on Head skis. Meyers was 12th and Hannah 19th. Ferries disqualified. The winner was Marielle Goitschel (on the new Dynamic-built RG5 fiberglass skis).

The men’s slalom was the last Alpine event of the Games. Beattie entered Werner, Chuck Ferries, Kidd and Heuga, all on Kästle skis. In a very close race, Kidd and Heuga made history for American men by taking silver and bronze. Werner was eighth, and Ferries, characteristically pushing too hard, disqualified.

All things considered, it was a fine Olympics for the U.S. team. Beattie’s new system essentially worked. The women continued to excel, and the men finally took home some hardware. And Head cracked into the ski racing market. The U.S. box score: two medals for Head and two for Kästle.

Ni Orsi: For the most part we competed against professionals and with such a disadvantage, I think we did extremely well.

Barbara Ferries: The most important thing Bob [Beattie] did for us was that he put us together as a team. We cheered for each other. It was a fabulous time.

Gordi Eaton: Friendships were made, and they still endure. Most of us feel very fortunate to have been involved during this time.

Ferries: The Head skis—that was a big deal for the American team to have those skis.

Starr Walton: I did the best I could do, and for me, at the end of the day, that’s my gold medal.

Howard Head continued to innovate in ski technology, but in 1969 he sold the company. He had raised his $6,000 opening bet into a $16 million jackpot. Ever the restless inventor, he eventually got into another sports racket and rallied a new company, called Prince. 

For research help, the author thanks Richard Allen, Abby Blackburn, Christin Cooper, Chip Fisher, Mike Hundert, Leroy Kingland, Brian Linder, Marv Melville, Paul Ryan and all the quoted racers.

In 2019, long-distance runner and ski mountaineer Kilian Jornet—with the goal of just testing “how his body will perform”—completed 51 laps on Tusten ski area in Molde, Norway, in 24 hours. He climbed 78,274 feet, crushing previous 24-hour records by a ridiculous margin. To be clear, Molde is at sea level. Jornet climbed 1,535 feet, 51 times, on roughly a one-mile piste. That works out to skinning up at about 2.25 mph for 25 minutes and resting a couple of minutes during a 36-mph schuss. Fifty-one times.

Photo above: Kilian Jornet has been rewriting the record books for ski mountaineering and high-altitude running for more than a decade, sometimes merely as a result of his training regimen. Right: An early ski-endurance competition, the 24 Hours of Aspen attracted elite athletes, television audiences and sponsorship dollars in the 1980s-1990s. YouTube photo

That’s nothing for the Catalan Jornet, who grew up in Chamonix. For more than 15 years he’s been methodically assaulting the records for high-altitude marathons and ski mountaineering. In his recent five-year “Summits of My Life” project, he set the fastest known times (or FKT) for the ascent and ski descent of major mountains including Kilimanjaro, Denali, Aconcagua, the Matterhorn and Mont Blanc, at times shaving hours off previous records. Some of his records have since been broken by Ecuadorian mountain guide Karl Egloff.

Climbing and skiing massive verticals has become a passion with today’s endurance athletes, who are repeatedly blowing by many of the world's best times. Which begs the question, when did vertical-feet-skied become a thing?

Before smart watches and phone apps made vertical-feet scorekeeping easy, it was possible to estimate your numbers from the number of runs completed. Heliski operators charged by the vertical foot, and kept accurate count. You could keep track of your bragging rights whether for 24 hours, a week, a season or a lifetime. Heliski operations certified guest accomplishments with pins and special million-foot prizes, like Mike Wiegele’s silver belt buckles and limited-edition powder suits at Canadian Mountain Holidays.

One of the first vertical-foot-based competitions was the late 24 Hours of Aspen. After 13 events in 16 years, declining television ratings scuttled the show in 2003. But it left behind a slew of records. Chris Kent of Canada did 83 laps for 271,161 feet for the men’s mark in 1991. That’s 216 miles of skiing at an average 66 mph. Kate McBride and Anda Rojs set the women’s vertical record of 261,360 feet in 1997.

Once the genie was out of the bottle, lift- and rotor-assisted records started to topple. In 1994, Canadian speed skier and Chamonix resident Mark Jones logged 212,000 vertical feet in just 12 hours at Les Grands Montets. Next, Dr. Mark Bennett racked up 294,380 feet in 14 hours in the Yukon in 1997 for a new “daylight” world record. Fourteen months later, former U.S. Ski Team racer Rusty Squires chartered a specialized high-altitude helicopter and recorded 331,160 vertical feet in 10 hours and 15 minutes at Big Sky, Montana.

In the meantime, the guides at Wiegele’s were determined to set a record based on the normal constraints of commercial heli-skiing, with a full group of skiers and a single machine. In 1998, Swiss extreme skier Dominique Perret, Chris Kent and Austrian guide Robert Reindl, with Edi Podivinsky and Luke Sauder of the Canadian Alpine Team, logged 353,600 vertical feet in 14½ hours.

By this point recognition was growing that assisted vertical-foot records were as much about money as skill and endurance. As ski mountaineering boomed (it’ll be a full medal event at the 2026 Milan Cortina Olympics) interest focused on self-powered athletes. In 2009, Austrian Eckhard Dorschlag set a 24-hour world record of 60,350 feet. Ultra-marathoner Mike Foote broke that in 2018 with 68,697 feet. A few months later Norwegian Lars Erik Eriksen took it to 68,697 feet. Then Jornet obliterated that.

Born in 1987, Jornet has captured more Skyrunner World Series and Skimo (ski mountaineering) World Championship medals than we have room to list. He still holds the mark for the Innominata ski traverse on Mont Blanc linking Chamonix and Courmayeur (8 hours 42 minutes), as well as the fastest ascent/descent of Mont Blanc from Chamonix (4:57) and of the Matterhorn from Breuil-Cervinia (2:52).

As for why all the fuss over vertical speed records advancing every season, Nick Heil, writing in Outside, quoted Foote: “How many push-ups can I do in a minute? How long can I hold my breath? How far can I ski in a day? In the end, it’s all arbitrary and contrived, but it gets people to ask, what am I capable of?” 

 

Snapshots in Time

1958 Be Careful What You Wish For
A penetrating statistical study of the ski industry in Colorado and New Mexico has been published by the University of Colorado. Pointing out that a great many more tourists visit Colorado and New Mexico in June, July and August than in the other months of the year, the authors ask if it is not possible to develop the winter tourist industry so that tourist facilities can be used all year. — “Skiers Under Scrutiny in Colorado and New Mexico” (SKI Magazine, October 1958)

1970 The Continuing Death of the Ski Bum
Once upon a time, the ski bum was the ultimate ski insider. As neither an entrenched member of the ski-area management nor a local profiteer, he enjoyed a free-swinging life with lots of time to ski and unlimited access to the inner circles of the ski establishment. It is, therefore, ironic that as the need for ski workers grows, the reputation of the ski bum diminishes. Ski bums, industry management will tell you, are bad news; the title is now synonymous with “hippie.” Many employers won’t consider hiring ski bums, even for temporary jobs. As a result, there are fewer of the old-time ski-bum types than ever before. — Janet Nelson, “But They’re Employed” (SKI Magazine, January 1970)

1978 Risk v. Reward
I have been skiing o.b. for many years. Skiing out of bounds is extremely dangerous. Inevitably some crazy powder addicts (myself included) will continue to leave the “safe” confines of patrolled areas. After reading Lou Dawson’s account and subtle hints (“... how far can you crawl with a spinal fracture?”), I realized certain steps must be taken to ensure the safety or at least the survival of o.b. skiers. Education is what is needed on this topic. — Steven Harrison, Central Valley, New York, “Whistling in the Dark" (Letters, Powder Magazine, Spring 1978)

1981 Crowds and Crashes
The rapidly increasing skiing population has led to an alarming increase in inconsiderate and out-of-control skiers who are a serious menace. Last season, an out-of-control skier crashed into me. He never so much as asked if I needed help. I’ll have a scar I’ll carry for the rest of my life. For too long ski areas have allowed Bonzai Bombers to endanger others on the slope without adequate punishment. It’s time something was done to protect the rest of us from these slope-side criminals. —Thomas F. Warda, Rochester, N.Y., "Slope menaces" (Letters, Skiing Magazine, October 1981)

2007 Bode Rules
Call them the Bode Rules. This year every athlete on the U.S. Ski Team is required to stay in official team housing. Every racer on the team is also prohibited from having a celebratory drink with the coaches after a big win, because it’s a slippery slope from that to, say, being photographed carousing with Miss March 2002 draped on your arm during the Olympics. U.S. Ski Team chief Bill Marolt implemented the stricter guidelines after the strongest American squad in decades limped away from the 2006 Torino Games with only two medals—neither of them won by the phenomenally gifted Bode Miller. —Nathaniel Vinton, “Ski Fast but Party Slow”(SKI Magazine, February 2007)

2021 A Woman’s Place Is On Patrol
“When there are women on a team like this, it lends an important voice and perspective to the job. I can say that having women on patrol keeps everyone connected. Men muscle their way through the job and women do it with finesse,” said Addy McCord, 64, one of the longest-standing professional patrollers in the industry. — Shauna Farnell, “A Surge of Women in Ski Patrols, Once Nearly All Men” (New York Times, February 11, 2021)

The VR17, engineered for French ski racers, was imitated by ski factories around the world.

From the January-February 2022 issue

The Dynamic VR17 remains legendary, and for good reason. With its hickory core, fiberglass torsion-box construction, “cracked” flexible edge, stiff tail and rear-waisted sidecut, the ski set the standard for slalom performance beginning in 1966. For the next two decades most of the slalom racing skis built around the world copied the VR17’s design details. VR17 clones, exact or approximate, were made by Dynastar, Lange, Head, Durafiber, K2, Völkl, Fischer, Atomic, Blizzard, Hexcel, Olin, Elan and possibly others.

Photo top: Billy Kidd en route to the 1970 combined world championship, on the VR17.

The ski was developed in the tiny agricultural commune of Sillans en Isère, population about 830. Sillans lies about 10 miles west of Voiron, where Abel Rossignol had been manufacturing skis since 1907. Two significant workshops comprised most of what might be called industry in Sillans. The Carrier family made shoes for farmers and hunters, and right next door the Michal family made wooden shuttles for the silk factories of Lyons and, occasionally, furniture.

 

 

Marcel Carrier, representing the third generation to manage the shoe factory, ran off at age 17 to fight in World War I. Returning in 1918 he was enamored of skiing and started to make ski boots. In 1930, with Alpine racing just emerging as a high-speed spectator sport (see “Alpine Revolution,” January–February 2021), Carrier recognized that the new Kandahar cable bindings, which fastened down the heel, would need stiffer, more specialized ski boots—and he made them under a new label, Le Trappeur. In 1931 he approached 19-year-old Emile Allais, the rising star of French ski racing, who agreed to use the new boots. The following year Carrier began marketing the boot in North America; the success of the brand helped Sillans weather the Depression.

After Allais visited the shop in 1931, Carrier popped next door and asked his close friend Paul Michal, then training to take over the family woodworking shop, to make some skis. Michal knew little about skiing, but local ski champion André Jamet loaned him a pair of Norwegian skis to copy. Michal found making skis far more interesting than turning out shuttles and bobbins (just as Abel Rossignol had done a generation earlier). With his brother-in-law, Jean Berthet, in 1934 he began selling Alpine skis under the brand name Skis M.B. (Michal and Berthet). In 1937,  the brand name became Nivôse. Derived from the Latin word for snowy, it was the name of his distributor, a new ski-clothing company in Lyon.

After 1934, with the introduction of laminated skis, ski-making on an industrial scale became an innovative business. Rather than license the Splitkein patent for laminated skis, Dynamic continued to carve skis from single planks, in hickory or ash. In 1936, in order to more accurately pair skis, Michal invented a “dynamometer,” a device to test the flex of each ski before the final varnish sealed the matching serial numbers. And he rebranded his skis as Nivôse -Dynamic, for “DYNAmometer” and “MIChal.” It was the first Alpine Olympic year.

 

 

During World War II, ski production ceased as the Nazis forced Michal to make wooden shoe-soles for export to Germany. After Liberation in August 1944, he was reluctant to resume making the old pre-war ski designs. Michal resumed production, now building skis with 24 hardwood laminations.  (Berthet remained a partner but left Sillans to run a factory in Reims). In 1946, Michal hired downhill world champion James Couttet as ski tester and technical adviser.

Michal and Couttet hoped to improve glide speed, and among other solutions, Michal sought out Xavier Convert, who manufactured celluloid plastic for combs. Convert was trying to revive business for his factory in Oyonnax, which today is the center of the French plastics industry. He proposed to create solid celluloid bases for skis. Celluloid would make a tough and permanently waterproof base that should also glide well.

Little was known about how to make a ski glide faster, other than to paint on a slick waterproof lacquer and hit the right wax (see “Walter Kofler Invents the Polyethylene Base,” November–December 2021). Insulating bases did work better than heat-conducting surfaces like aluminum and steel, however, so a plastic armor plate showed promise. The new “Cellolix” base offered an advantage to racers, especially in combination with a new Michal invention: the hidden, low-drag continuous L-section edge. Michal applied for a patent on the edge in 1949 and built the Dynamic K race ski with it beginning around 1950. Recreational skiers, however, didn’t see a reason to pay extra for that edge, and eventually he let the patent lapse. Truth be told, Michal wasn’t interested in selling recreational skis. If a ski worked for racers, he claimed, it should work for every skier.

Michal thought of himself as an artisan in wood, tweaking his skis to meet the needs of the ski racers who came to Sillans to talk to him. In the years before bombed-out Austrian factories rebuilt, Michal equipped Austrian as well as French racers. By 1950, dozens of top racers from all the Alpine nations rode to victory on Dynamic’s K model, with 24 laminates of hickory, continuous edges and Cellolix bottoms. The list included Othmar Schneider, Anderl Molterer, James Couttet, François Bonlieu and Charles Bozon. Then in 1954 Austrian and Swiss skiers got Kofix polyethylene bases and Dynamic lost its speed advantage. Dynamic finally offered polyethylene as an option on the ash Slalom Leger and hickory Slalom Géant in 1959. Michal called the new base Polyrex.

 

 

By 1950, metal skis were edging into the market, in part because celluloid had solved the problem of bare metal’s poor glide. Michal was never a fan of metal in skis, and around 1955 he turned his attention to fiberglass, partly at the behest of Claude Joseph, who manufactured polyester resin and corrugated fiberglass panels. Progress was slow, based on trial-and-error tests with racers, notably Olympic medalist Charles Bozon. In 1960 Michal realized that he needed a more systematic approach to product development. He took a number of structural engineering courses at the University of Grenoble, focusing on spring rates and inertia. He also hired Michel Arpin, the racer who had become Jean-Claude Killy’s mentor and technician.

In 1963 the team built the glass-wrapped polyester-resin/fiberglass Compound RG5 racing ski, built by Dynamic in Sillans. Joseph founded Dynastar, in Sallanches, to make the consumer-sales version. The name meant resin-glass, five years in development.

Dynamic and Dynastar parted ways. In 1964, Michal introduced the VR7 as Dynamic’s new race ski, largely of Bozon’s design. The name meant Verre Resine (resin glass), seven years in development.That summer, Bozon was one of 14 climbers killed in an avalanche above Chamonix. Michal’s son Jean joined the company and created its first logo, the familiar double-bar chevron.

That summer, Bozon was one of 14 climbers killed in an avalanche above Chamonix. Michal’s son Jean joined the company and created its first logo, the familiar double-bar chevron.

Arpin, with Killy’s input, created the VR17 to help racers take full advantage of the new forward-canted boots and avalement technique (see “Le Trappeur Elite” and “Avalement,” July–August 2021). The VR17 moved the waist back from the ball of the foot to the heel, because that was where French racers were driving the turn, and for the same reason had a stiffer tail. The ski was also built with tough epoxy rather than polyester resin, and – perhaps most important -- had a new super-flexible “cracked” edge—one continuous piece of steel with segments engineered into the visible part of the L-shape. This construction took the vibrational frequency of steel out of the ski’s dynamic behavior, letting the glass-wrapped box dampen chatter at its natural rate. Because the edge no longer contributed to lengthwise flex, the ski was made thicker, which significantly increased the torsional stiffness. The segmented edge also cut into ice like a serrated knife.

 

 

In 1966 Arpin dropped off the ski team to work full time building skis for Killy and a few more top French skiers, at a time when the team, and Killy in particular, dominated Alpine racing season after season. Racers weren’t allowed to endorse products directly, so French skiers were free to use Rossignols or VR17s, depending on which they felt would be fastest on the day’s course conditions.

In 1963, Michal turned over day-to-day operations to his son Jean, and served as fully involved chairman. He still focused on race skis, built by a small, elite crew headed by Paul Serra. But Michal, at heart an artisanal woodworker, regarded every Dynamic ski as a custom build for some racer, somewhere. The torsion box had been a genius idea: fiberglass wrapped around the core eliminated any chance of structural delamination, and the glass fibers could be spiral-wrapped to fine-tune the balance between torsional and beam flex. Racers like Killy and Billy Kidd won races and championships on their Dynamics, and other factories imitated the design.

Paul Michal retired for good in 1967. Under Jean Michal’s management, sales boomed. In 1969, Bob Lange signed a contract to import Dynamic to North America and even to build VR17s in his new factory in Broomfield, Colorado.

The market became increasingly competitive, and rival brands sold many thousands of recreational skis to subsidize their custom-built race models. Paul Michal’s assurance that anyone could ski on the VR17 was pure nonsense. The ski required strength, speed and catlike reactions. “It rewards brilliance and punishes mediocrity,” said one wag at the time.

But expert skiers around the world wanted VR17s, and the factory couldn’t meet demand. U.S. production stopped when Lange lost control of his company in 1973. Ian Ferguson, Lange’s sales manager, noted that manufacturing quality for consumer-market skis deteriorated, at least in the Boulder factory. The assembly process was sloppy, he said. A worker wrapped the core in the requisite layers of fiberglass cloth, soaked it with liquid resin and placed the assembly in the mold. Variations in the resin volume plus wrinkles, folds and air bubbles made the ski’s ultimate flex and strength unpredictable. Pair-matching wasn’t precise, either, because skis were measured for shovel and tail flex but not for full-length flex or torsion.

In 1971, to finance larger production, the partners Paul Michal, Jean Berthet and Marcel Carrier sold a share of the company to an investment group. Within a year, they sold all their shares, leaving the new management company in control. Jean Michal left, in disgust, in 1973. 

The fact was that cloned designs from other factories worked just as well and had better quality control. Eventually a mass-production version, the VR27, was marketed worldwide, along with a series of softer recreational skis.

Unable to expand production profitably, the new owners sold the company to Atomic in 1988. Atomic moved production to Austria and closed the Sillans factory in 1994.

Today you can find the Dynamic VR17 brand on boutique skis made in Italy. As for Paul Michal, he remained innovative, filing for a patent as late as 1975. He died in 1983. 

Sources for this story include Jean Michal; Nicole Chabah: Sillans, petite cite de grandes aventures (Editions Alzieu 2000); Juliette Barthaux, L’innovation dans l’histoire du ski alpin (unpublished master’s thesis, 1987); and interviews with Michel Arpin, Ian Ferguson and Maurice Woehrlé. Many thanks to Albert Parolai and Jean-Charles Verhilac for research assistance.

Seth Masia, president of ISHA, wrote about Kofix in the last issue of Skiing History.

 

Une Histoire des Skis Dynamic

By Jean Michal

Reviewed by Seth Masia

The skis that led the fiberglass revolution of the 1960s were Rossignol’s Strato, Kneissl’s Red Star and especially Dynamic’s VR17. The VR17, which introduced the cracked edge, torsion box construction and tail-biased flex and sidecut designs, became the pattern for top-performing slalom race skis for the next three decades.

I outlined the story of that ski in the January 2022 issue of Skiing History, but barely scratched the surface. Now Jean Michal, 92-year-old son of Dynamic’s founder and inventive spirit Paul Michal, has published a 280-page history of the company, in French. Michal was the first ski designer to flex-test skis for pair-matching, to introduce a plastic base material that was really faster than waxed hickory, to patent a one-piece “hidden” edge for better glide speed; he invented the torsion box construction and the cracked-steel edge—and he worked hand-in-glove with the world’s best ski racers to help them go faster.

Paul Michal was born in 1902, son of a cabinetmaker and portrait painter who taught those arts in Paris and Quebec. The family returned to their home town, Sillans-en-Isère, in 1923, and set up a shop to build fine furniture and cabinetry. That didn’t pay the bills, but they established a profitable sideline making shuttles for the silk-weaving industry. Paul Junior studied engineering at a technical school in Grenoble, where he met fellow-student Jean Berthet. Upon graduation, Berthet took a job as a mining engineer, and in 1929, married Paul’s sister Jeanne; the following year Paul married the local schoolteacher.

The financial crisis of 1929 closed the mines; the Berthet family returned to Sillans to join the Michal family business. In 1931, Paul’s neighbor and friend Marcel Carrier brought around a pair of skis he wanted duplicated. The shop ran off a few pairs—and the 17^th-century barn became a ski factory.

Jean Michal was born at the end of that year, but his mother soon died of a postpartum infection. Heartbroken, and with the woodworking business in Depression-era tatters, Michal talked Berthet into a trip to the Soviet Union, planning to build the Russians a shuttle factory to serve their emerging weaving industry. It didn’t work out: Berthet went home after six months, after realizing that his coworkers were disappearing into the Gulag; Michal lasted another year.

By 1934 the partners were trying to rebuild the Sillans business, under the name Michal, Berthet & Cie., when Michal, while cleaning his motorcycle next to a wood stove, accidentally ignited himself and the factory. He survived second-degree burns to his hands and arms and a near-fatal bout with tetanus. In rebuilding the factory they laid out a more rational system for making skis. Michal supervised technical matters, Berthet assumed responsibility for administration, finance and sales. By this time, skiing was becoming a popular sport, and a real business: the neighboring Carrier shoemaking factory was busy cranking out Le Trappeur ski boots. In 1937 Michal, Berthet forged a distribution deal with a firm in Lyons eager to sell waterproof skiwear under the Nivose (“snowy”) label. Skis M-B became Skis Nivose.

Michal made skis the old-fashioned way, carving them from single planks of hickory (for racers) and ash (for recreational skiers). This meant that each ski’s flex was in some measure determined by the density and pattern of its wood grain. To match skis accurately into pairs, he needed a reliable way to determine their flex. He came up with a machine to flex-test each ski and then stamp a pair of numbers on it: shovel flex and tail flex. A worker could then sort and pair skis by their flex codes. The device was gradually improved and Michal called in a dynamometer; and the skis were renamed Nivose Dynamic (for Dyna-Michal).

Sales picked up; the factory expanded. The production crew of a dozen or so was augmented after each late-summer harvest, when local farmers pitched in to make skis. When France went to war in 1939, most of the workers went into the army; Berthet managed to sell most of the inventory to a Swiss importer, before going into the air force, flying in a reconnaissance squadron. Most of the squadron’s crews were shot down by Messerschmitts; three planes escaped to North Africa, where Berthet demobilized and found a job selling metal products for a French firm.

Back home, the French population was largely impoverished by the German occupation. Michal found a market for wooden shoe-soles, as a substitute for good-quality leather products. Late in the war, the Germans demanded a shipment, and Michal had to comply. The maquis mysteriously got wind of the deal and a railroad car full of shoe soles was burned.

After Liberation, Berthet decided to remain in the metals business, working at Tissmetal in Lyon, but stayed on with Dynamic part-time as a management consultant. The company became Ateliers Michal, and the boss designed a laminated ski, built with 24 strips of ash and hickory, glued together with a high-tech adhesive developed during the war to hold aircraft together, notably the DeHavilland Mosquito. The build process for Dynamic skis was labor- and time-intensive, but it made for a stronger, lighter product and most important, a more consistent flex. Every ski flexed as the average of the laminations, so there was much less variation between skis. Moreover, pairs could be matched closely for flex and liveliness by building them from paired laminations: when a strip of wood was sliced lengthwise, one half went into one ski, the other half into its mate.

Michal also lost no time getting a pair of skis to James Couttet, who loved them. At age 16, Couttet had won the 1938 downhill championship, only to have his career interrupted by the war. Now 24, going into the 1945-46 season, he was ready to pick up where he’d left off, and worked with Michal to develop the fastest-gliding skis possible. Michal started by looking for a tough, waterproof plastic base that would hold wax. In the era before polyethylene, the best plastic available was celluloid – tough enough for billiard balls, piano keys and film stock. He contacted a Xavier Convers, who manufactured celluloid products in Oyannax. Convers agreed to supply “Cellolix” bases, and also recommended celluloid top edges to protect the ski tops. Production began in 1946.

At the same time, Michal wanted to eliminate the snow drag of segmented steel edges with their numerous exposed screw-heads. He doodled up several designs for “hidden” continuous edges, which could be glued under the edges of the plastic base. Moreover the exposed steel surface was much narrower than the draggy screwed-on edges. In 1949 he took out a French patent on the idea. With these inventions – Cellolix, smooth continuous edges. By that time Couttet had used the new fast skis to win the Kandahar trophy in 1947 and 1948 (he would win again in 1950). The new skis were dubbed Dynamic K, for Kandahar.

This was the era before the Austrian ski industry had rebuilt from wartime destruction. Top skiers from Austria, including Othmar Schneider, Pepi Stiegler and Anderl Molterer used the K at the Oslo Olympics in 1952. The ranks of Dynamic K medalists included Andrea Mead Lawrence.

There were more innovations: an adjustable-flex ski (it worked, but was heavy and expensive), steel tail protectors with rubber bumpers, continually improved Cellolix formulas. By the late 1950s, Dynamic race skis were available with polyethylene bases. Slalom specialists asked for a lighter, livelier ski, so Michal came up with core laminations of softer wood to produce the Slalom Léger (light slalom). By 1960, Guy Perillat, Charles Bozon, Francois Bonlieu and Michel Arpin were winning races on it.

Meanwhile, Claude Joseph contacted Michal for help in creating a fiberglass ski. Joseph manufactured glass-reinforced polyester panels, mainly as roofing. By 1962, Michal and his team, which included the slalom champion Charles Bozon, had figured out how to wrap fiberglass and polyester resin around a laminated-ash core to produce the Compound RG5 slalom ski (RG stands for Resin-Glass). At the 1964 Olympics, Christine and Marielle Goitschel won slalom gold and silver on the RG5, and Francois Bonlieu won slalom gold. As far as we know, these are the first Olympic medals won on fiberglass skis—skis built in Sillans, according to Jean Michal.

Claude Joseph claimed otherwise. According to him, the RG5 competition skis were made at an efficient new factory in Sallanches, just downvalley from Chamonix. There Joseph, in partnership with the metal-working company Ressorts du Nord, had a new joint venture called Aluflex, after the aluminum skis Joseph had licensed from the American firm TEY. Aluflex had hired James Couttet and were working hard to seduce Chamonix instructors and patrollers away from Dynamic and Rossignol. In the course of time, the new company would become Dynastar, in imitation of Dynamic.

Once it became clear that Joseph was using Dynamic technology to compete with Dynamic, Michal severed their development contract and quit making the RG5. Instead, Michel Arpin rushed into production with the VR7 (verre resine, seven years in testing) and pushed forward with the VR17 (Charles Bozon was killed in an avalanche in the summer of 1964.)

The VR17 improved on the RG5/VR7 technology in several ways. Based on input from Jean-Claude Killy and his team-mates, the VR17 was molded with epoxy, harder and much tougher than polyester resin. It used another new invention, developed by Bernard Fouillet in conversations with Berthet from Tissmetal: the elastic edge (in North America, we call it the cracked edge). By taking the stiffness and springiness of the steel edge out of the ski flex equation, Bozon and Arpin were able to use thicker layers of glass, improving the torsional stiffness and vibration-damping. The result, introduced in 1965, was an ice-skate on hard snow. The ski won Olympic medals in 1968, 1972 and 1976; until the advent of shaped skis, the VR17 was the pattern for almost every successful slalom ski from factories around the world.

Following Paul Michal’s retirement, the book follows its author’s own career managing Skis Dynamic, and the firm’s gradual dismemberment following its sale in 1971.

Une Histoire des Skis Dynamic, by Jean Michal. 2022, Books on Demand (info@bod.fr). E-book €12, print €25 at fnac.com/a17536645