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By Peggy Shinn
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Who made the first ski boots without laces? Henke in 1955, right?

Wrong. In the postwar years, Joseph Mauron, a 21-year-old Swiss shoemaker, had had it with frozen laces on double-laced boots. He experimented with alternate systems, and settled on a clever design with two buckled straps: the first one fastened down a snow-proof cover (what we would today call the external tongue), and the second held the foot firmly in place and kept the heel down in the boot. That second strap crossed the instep three times and tightened around the Achilles for better purchase on the heel.
Introduced in 1948, the Mauron boot that year received the Diplôme de Vermeil medal from the International Leather Bureau in Paris, and the following year a gold medal from the International Leather Organization in London. Mauron lacked the resources to market the boot successfully. He died in 1993.

For the record, Heierling used a similar instep-and-heel strap in 1941 to supplement a laced double-boot. In 1953, the Swiss ski racer and stunt pilot Hans Martin patented his over-center buckle, and licensed it to Henke, already one of the world’s leading boot factories. Henke introduced the laceless buckle boot in 1955, to worldwide acclaim. —Luzi Hitz

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In 1943, Manhattan Project scientists took to the snow. They’ve never quit.

In July, 2018, newspapers around the American Southwest noted the 75th anniversary of the founding of Los Alamos National Laboratory, in 1943 code-named the Manhattan District. Less widely reported, in November: the 75th anniversary celebration of the Los Alamos Ski Club, owner and operator of the nonprofit Pajarito Mountain ski area.

The Los Alamos club, as far as is known, is the only ski club founded by nuclear physicists. Many of the young scientists recruited to develop a British-American atomic bomb were Central European refugees from Nazi-occupied lands – men and women who, in their university days, spent holidays climbing and skiing in the Alps, and some who escaped literally under fire. The rest were PhDs and grad students recruited from physics and chemistry departments across the United States, Canada and Great Britain. According to Deanna Morgan Kirby, in her excellent history Just Crazy to Ski, average age of the new population was 26. If there ever was a demographic destined to ski, it was this population of fit intellectual adventurers.

The new laboratory inhabited the campus of the Los Alamos Ranch School, a college-prep academy for boys that emphasized rugged outdoor living. At 7,320 feet elevation, the school got snow in winter. The kids played ice hockey on Ashley Pond (named for the school’s founder, Detroit businessman Ashley Pond), and skied up 10,440-foot Pajarito Mountain, seven miles to the west. The U.S. Army’s Manhattan Project, under the command of General Leslie Groves, chose the site because its dormitories and classroom buildings offered suitable office and laboratory space in splendid isolation from population centers of any description. The Army then bulldozed much of the site to build new labs, workshops and temporary housing for hundreds of young families, and dormitories for the unmarried folk of both sexes. Scientists arriving at this secret destination in the summer of 1943 found a dusty construction site surrounded by the scenic splendor of high desert. Everyone worked long days, but had Sundays free to hike, climb, ride horses and otherwise recreate in the mountains. Winter brought skating parties and, of course, skiing.

The new arrivals included a number of keen cross-country skiers and mountaineers, including Enrico Fermi (Nobel laureate, 1938) and his longtime associate Emilio Segrè (Nobel 1959); Cornell professor Hans Bethe (Nobel 1967); Niels Bohr (Nobel 1922); Harvard professor George Kistiakowsky and his explosives-lab partner Walter Kauzman; Berkeley grads Ben and Beckie Diven; and several grad students drafted into the Army’s Special Engineering Detachment. By November, 1943, as the first snows of a heavy winter descended on the Los Alamos plateau, the skiers, most equipped with the Army’s ponderous hickory skis, toured into the surrounding highlands.

In April, 1944, one of these trips turned into a grueling four-day rescue when University of Chicago physicist James Coon sustained a spiral fracture of the tibia. None of his seven colleagues had first-aid training, there were no communication facilities, and none of the local doctors knew how to ski. By the time Coon could be loaded into an ambulance, it was clear that the Los Alamos ski group needed a trained ski patrol – which implied a more formal level of organization.

That summer, the skiers began widening the Ranch School’s ski trails on Sawyer’s Hill, a few miles west of the security fence (the Army controlled thousands of acres, free of supervision by county and state authorities). The lightweight one-man chain saw would not reach the market until 1960. To speed the work, George Kistiakowsky, developer of the shaped explosives used to compress the bomb’s plutonium core to critical mass, came up with a “necklace” of plastic explosive meant to blast through each tree trunk near the ground. It worked.

Then three of the enlisted engineers, headed by John Rogers (a future pioneer of cryogenic physics), assembled components for a rope tow. At a junkyard in Albuquerque they scored a 1932 Chrysler engine and some Ford Model A wheels to use as pulleys. Kistiakowsky organized a nonprofit club to pay for the rope tow, and by November 10, 130 people paid dues. The volunteers went back to work, blasting a route for the rope. The Army agreed to plow four miles of road, send a bulldozer to level a parking area, and provide gasoline for the tow. On November 13, the club voted itself into formal existence as the Los Alamos Sawyer’s Hill Ski Tow Association.

The Navy had taken all the new manila rope so the three engineers scavenged short lengths of worn-out rope from a circus tent and spliced them together, enough for a 400-foot run. In operation, the rope shredded going around the Model A bullwheel, and had to be respliced several times a day. And – a serious design flaw – the Chrysler engine sat at the top of the tow, forcing lifty Harry Snowden to drive up an icy road, hauling cans of fuel, to the upper terminus just to start the machine each morning.

With the tow in operation, dozens of nonskiers showed up to learn the sport. Experienced skiers got bored with the short runs. Enrico Fermi began leading ambitious ski tours. Kistiakowsy scrounged up a couple of M29 Weasels that could tow skiers to runs well above the top of the rope.

No one stepped forward to teach beginners, but Kistiakowsy, a Ukrainian Cossack educated in Berlin, skied an elegant feet-together Arlberg style that served as an model for aspirants. Best skier in the group, by far, was the powerful Joan Hinton, who learned to ski at the Putney School in Vermont – so well that she’d been named to the 1940 Olympic squad. Without the distraction of ski racing, she earned a PhD in physics from the University of Wisconsin and went straight to Los Alamos.

As the ski season wound down in the spring of 1945, work on the bomb accelerated and the scientists had little time for recreation. In August the Trinity test, followed by the attacks on Hiroshima and Nagasaki, marked the success of the enterprise. Before snow fell again, two-thirds of the Los Alamos population departed to resume science elsewhere. The ski club entered peacetime with access to 2,000 feet of brand new rope, and a high-tech bullwheel engineered in the atomic-bomb shop. The skiers built a second, longer tow – this time with a new International Harvester diesel engine located at the base. Kistiakowsy, with his explosives-lab colleague Les Seely, was on hand to blast trees off the new lift line and some longer trails.

Snow came late that winter, the ski tows had a short season, and by the spring of 1946 club members began exploring Pajarito Mountain for higher terrain and more reliable snowpack. Peacetime also brought much free time to the remaining Los Alamos population, and the club transformed. With Seely as president, the newly-incorporated, nonprofit Los Alamos Ski Club formed a five-man chapter of the National Ski Patrol, led by Purdue physicist John Orndoff, and a two-man ski school.

The winter of 1947-48 came early and the snow fell deep. More new skiers came out, and the rope tow engines, which had to be pre-heated and hand cranked to start each frigid morning, were worked hard. On February 29, 300 celebrants turned out for the club’s first Skiesta party, beginning a 70-year tradition. That summer, the Atomic Energy Commission – which now owned and ran the Los Alamos lab and all its supporting infrastructure – authorized $6,800 to build an 800-square foot base lodge. Seely blew up more trees, to make new trails and supply the lodge with firewood.

In fact, the next five winters brought excellent snow, and skiing boomed at Sawyer’s Hill. The club invited Buzz and Jean Bainbridge, from Santa Fe Ski Basin, to take over the ski school. Whole families turned out to cut new trails, armed with cross-cut saws instead of plastic explosives. But 1956 brought drought. In March, 1957, 13 club members set out in a couple of jeeps to find better conditions on Pajarito Mountain, where, years earlier, Ranch School instructor Hup Wallis had cut a short ski trail. When the jeeps bogged down in the four-foot snowpack, the party climbed to the summit on skis. The club quickly voted to move the whole operation to the big hill. The Pajarito terrain – 1,400 vertical feet of it – faced north (Sawyer’s Hill faced east). In every respect Pajarito promised better skiing. But the seven-mile road in was impassable, the nearest electrical supply was at the lab and, of course, everything from trail clearing to lift construction would have to be done – and financed – by volunteer crews.

By this time Los Alamos constituted its own county. The county and the ski club together designated $15,000 for road improvement. Half that went to a construction company to grade the road, $1,200 for gravel, and the rest went to pay local teenagers to do the manual labor. The road opened in September – still a hairy drive but doable by rear-wheel-drive cars and busses, most days. Meanwhile dozens of volunteers devoted weekends to clearing trails through the rainiest, muddiest August anyone could remember. Not all the felled timber could be cleared out before heavy autumn snows, so skiers skittered over deadfall all winter on the trail they called Lumberyard. In October, volunteers crews moved an Army surplus building to the site, through three feet of new snow, to serve as the base lodge.  In November, one of the Sawyer Hill rope tow engines moved to Pajarito, where it powered a 2,300 foot tow rising 600 feet – possibly the longest rope tow in the world. The tow opened for business on November 12. The beginner tow moved in for Christmas, using sheaves machined from solid plate in the Los Alamos government shop. That winter, 365 club members enjoyed 38 days of weekend and holiday skiing, with 14 feet of snow. The following summer, Rope Tow 3 rose 485 feet to the summit.

By now, with H-bomb development finished, security had loosened at Los Alamos and in the years to follow the club could sell passes to the general public. The upper rope was far too steep for all but the strongest skiers, and the club began to plan for installation of a T-bar to the East Summit, with its own complex of trails. The new lift required a four-mile power line. The club raised $60,000 by selling 10-year season passes, and over the summer of 1962 the volunteers dug footings for the power poles and lift towers. The 3,300-foot Hall T-bar ran that winter, carrying 800 skiers per hour to the summit. At the same time, the club built a larger base lodge, complete with cafeteria.

Skiing grew more popular still, and crowding became a problem on the trails, lifts, lodges and parking lot. The steeper trails grew giant moguls. The club acquired 400 additional acres from the Atomic Energy Commission, and by 1965 cleared more trails (finally using modern chain saws), expanded the base lodge, and bought a John Deere 350 bulldozer for contouring and mogul-cutting. As a snow-grooming machine the bulldozer left much to be desired – after it rolled several times, it was replaced with a real snow-cat. The first chairlift went in over the summer of 1969, with more chairs, and new terrain, following in 1976, 1981, 1982 and 1994, with a new base lodge in 1987.

Today, the trail network extends across two miles of Pajarito’s north aspect. Following several snowless winters in the 1990s, club membership fell from its peak of 4,000, leading to financial crisis. After putting in a snowmaking system for the 2010 season – and after a couple of disastrous forest fires -- the club ran out of funds. Over the next several years the club negotiated transfer of the facilities to a public-private partnership between the county and a private management company now called the Pajarito Recreation Limited Partnership, which operates three other New Mexico ski areas. The club still owns the land.

This story is based on Deanna Kirby’s book Just Crazy to Ski: A fifty-year history of skiing at Los Alamos (Los Alamos Historical Society, 2003); “A Short History of the Los Alamos Ski Club” by Paul Allison and George Lawrence (LASC, 2018); and The Making of the Atomic Bomb by Richard Rhodes (Simon & Schuster, 1987).

 

Pajarito Facts

Base elevation: 9,000 feet

Summit elevation: 10,440 feet

Skiable acres: 750

Trails: 44 (20% easy, 50% intermediate, 30% difficult)

Lifts: 5 (1 quad, 1 triple, 3 double, 1 Magic Carpet) 

Terrain Parks: 2

Average winter season: mid-November to mid-March

On-mountain facilities: Rentals, Snowsports School, Retail, Pajarito Mountain Cafe

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In 1943, Manhattan Project scientists took to the snow. They’ve never quit. By Seth Masia

In July 2018, newspapers around the American Southwest noted the 75th anniversary of the founding of Los Alamos National Laboratory, in 1943 code-named the Manhattan District. Less widely reported, in November: the 75th anniversary celebration of the Los Alamos Ski Club, owner and operator of the nonprofit Pajarito Mountain ski area in New Mexico.

The Los Alamos club, uniquely, was founded by nuclear physicists. Many of the young scientists recruited to develop a British-American atomic bomb were Central European refugees from Nazi-occupied lands—men and women who, in their university days, spent holidays climbing and skiing in the Alps. The rest were recruited from physics and chemistry departments across the United States, Canada and Great Britain. According to Deanna Morgan Kirby, in her excellent history Just Crazy to Ski, average age of the new population was 26. If ever there was a demographic destined to ski, it was this population of fit and intellectual adventurers.

The new laboratory inhabited the campus of the Los Alamos Ranch School, a college-prep academy for boys that emphasized rugged outdoor living. At 7,320 feet elevation, the school got snow in winter. The kids played ice hockey on Ashley Pond (named for the school’s founder, Detroit businessman Ashley Pond), and skied up 10,440-foot Pajarito Mountain, seven miles to the west. The U.S. Army’s Manhattan Project chose the site for its splendid isolation from population centers of any description. The Army then bulldozed much of the site to build new labs, workshops and housing. Scientists arriving at this secret destination in the summer of 1943 found a dusty construction site surrounded by the scenic splendor of high desert. Everyone worked long days, but had Sundays free to hike, climb, ride horses and otherwise recreate in the mountains. Winter brought skating parties and, of course, skiing.

The new arrivals included a number of keen cross-country skiers and mountaineers, including Enrico Fermi (Nobel laureate, 1938) and his longtime associate Emilio Segrè (Nobel 1959); Cornell professor Hans Bethe (Nobel 1967); Niels Bohr (Nobel 1922); Harvard professor George Kistiakowsky and his explosives-lab partner Walter Kauzman; Berkeley grads Ben and Beckie Diven; and several grad students drafted into the Army’s Special Engineering Detachment. By November 1943, inspired by the first snows of a heavy winter, they toured into the surrounding highlands.... 

Pajarito Mountain
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By Seth Masia

In writing about the origins of the Head and Aluflex aluminum skis during the postwar years, ski historians have focused on the transfer of aviation technology from Glenn L. Martin Aircraft (Howard Head’s wartime employer) and from Vought-Sikorsky (employer of the TEY trio, Arthur Hunt, Wayne Pearce and Dave Richey). Because Head worked on succeeding versions of the Martin B-26 Marauder medium bomber, and the TEY team assisted in the evolution of the Vought F4U Corsair fighter, ski historians have assumed – and often stated – that the composite structures they created for postwar skis were derived from those two airplanes.

That’s not actually the case. Neither the Marauder nor the Corsair used the compound sandwich structures that made the new skis unique. Both aircraft were designed very rapidly in 1939, and had innovative features that made them extraordinarily fast for their era. Both adopted some new construction techniques – but none of these featured composite sandwiches. The Marauder had a uniquely streamlined fuselage and engine nacelles, requiring compound curves in the aluminum skin. Engineers led by Peyton Magruder came up with a new way to form the single-layer skin panels. To get the smoothest possible airflow over the aft fuselage, the Corsair employed a new technique to fasten single-layer aluminum panels without rivets: the panels were butted together over the frame and spot-welded into place. Neither of these techniques were used in the prototype Head or Vought/TEY skis.

In 1945, long after the Corsair was designed, Vought assigned the TEY team to create a consumer product that could take up production slack for the postwar years. The company chose this team because all three men were skiers, and the idea was to use Metalite construction to build a laminated aluminum ski. Metalite was an aluminum sandwich with a balsa wood core, made possible by Redux, a new phenol-formaldehyde-vinyl glue developed in England in 1941 and used in aircraft construction beginning in 1943 (the U.S. patent was filed late in 1944). Redux was designed specifically to glue metal and other impervious materials. Vought tried out Metalite in the F6U Pirate (photo top), an unsuccessful jet fighter designed in 1945. Vought’s first mass-production aircraft to use Metalite skin panels was the postwar F7U Cutlass shipboard jet fighter.

Similarly, Howard Head knew about a honeycomb-core sandwich structure developed at Martin long after the Marauder went into production (photo left: Howard Head cutting honeycomb cores). The process for making a tough plastic honeycomb for use as the core of panel structures was devised by George May at Dufay Chromex Ltd., and patented in May, 1944. The material Head used began as a paper honeycomb, soaked in plastic resin. In 1949. Martin engineer Theodore Pajak patented an aluminum-foil honeycomb and from about 1956 on it has been used extensively in jet planes, especially as flooring in all 

commercial airliners. This is the stuff familiar to skiers as the heart of the Hexcel ski (and the Hart HC Comp, and Century skis, and a lot of superlight XC racing skis).

Vought built 1,000 pairs of the original wood-core Truflex ski, a Metalite sandwich, making it the first aluminum ski to see mass production (photo right: Attenhofer Metallic, TEY Alu 60, Vought Truflex). Vought stayed busy after the war, developing jet fighters for the U.S. Navy, and even the Corsair remained in production until 1953 -- the French Navy bought new Corsairs for use in ground attack in Indo-China, and the US Marine Corps bought them for the same role in Korea). The company didn't need a consumer product, and dropped the ski. So the TEY team quit and launched their own ski factory. Vought had a patent on the Metalite wood-core design, so the TEY Alu 60 was a hollow beam using nested hat-section aluminum elements on top, and a flat aluminum base -- at first riveted together, and later all bonded together with Redux. The hollow-beam ski, an undamped spring, proved nearly unskiable on hard snow.

In the early 1950s, the TEY company invented snowmaking. That technology instantly outsold the Alu 60 ski, so the company licensed production to Attenhofer in Switzerland. Adolf Attenhofer contracted with sporting goods manufacturer Charles Dieupart to build the ski in France. In 1956 Dieupart, with the help of racer James Couttet, solved the skiability problem by reengineering the ski with a wood core under the hat-section top plate. The ski thus became the Aluflex and was a commercial success. A decade later, after Aluflex merged with Starflex to become Dynastar, race director Jean Liard put a flat plate atop the hat-section channel to creat the fabulously successful Dynastar MV2 GS race ski. Dynastar called that hat-section rib an "omega," and it became the factory's hallmark for decades.

Meanwhile, Howard Head used the Chromex-process plasticized honeycomb as the core for his early 1947 prototypes, using Redux or a similar metal-friendly glue to attach the aluminum sandwich layers. When these skis proved too fragile for real-world skiing, he resorted to a vertically laminated wood core (edge-on marine plywood), similar to the original Vought ski. But Head used Bostik, a powerful but flexible contact adhesive developed during the war from rubber-based shoe-sole glues. Bostik allowed the adjacent layers to flex easily against one another without coming apart. It helped Head skis feel smooth and snaky over rough icy trails. Today Bostik is widely used under wood flooring and in non-structural aircraft interiors.

 

Photos: Vought F6U Pirate jet fighter, the first American aircraft to use a Metalite skin. US Navy photo.

Howard Head cutting ski cores from plasticized paper honeycomb, 1947: Howard Head photo

From left to right: Attenhofer Metallic, TEY Alu 60/Aluflex, Vought Truflex. Photo by Jeff Leich / New England Ski Museum

 
 
 
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The Alpine Sport Shop in Saratoga Springs has been selling skis for 75 years.  By Phil Johnson

On Friday, February 5, the bus leaving the Alpine Sport Shop in Saratoga Springs, New York, will be filled as usual. It’s “Chicks on Sticks” day, and the Spa City gals will head for Bromley Mountain—just east of Manchester, Vermont—for the annual fundraiser that benefits a regional cancer center.

The outing marks a recent chapter in the long history of Alpine, which is celebrating four generations of skiers and its 75th anniversary this winter. The shop is all about winter sports: You won’t find bikes, tennis rackets, fishing gear or golf clubs here. When the ski season ends in early spring, the Alpine closes for three months and owners Jack and Cathy Hay do other things. The guy who once demonstrated good snow conditions in mid-winter by skiing off the roof of the store—“not difficult once you manage the mid-air turn onto the woodshed”—spent many years painting houses in the off-season. Oh, the glamour of owning a ski shop!

The Alpine Sport Shop was founded by ski pioneer Ed Taylor and his wife, Jo, in 1941. Ed had been skiing since the 1920s and by the time the store opened, Saratoga folks were venturing beyond their neighborhood hills to areas like North Creek Ski Bowl and Bromley.

Taylor served with the 10th Mountain Division during World War II, so the shop was up and ready when the post-war alpine ski boom began. He also founded Alpine Meadows Ski Area, which operated near Saratoga until the 1990s. In the early years, the shop was located near the original Skidmore College campus, just north of the legendary horse racing track and not far from the retail district. Women’s clothing was sold on the upper level, ski gear on the lower level. 

Taylor sold the business to Thurlow and Dorothy Woodcock in 1966, just as Skidmore was moving to its new campus, in a residential neighborhood at the north end of town. Thurlow thought being close to the college was important, so he designed and built a new shop on Clinton Street, adjacent to the new Skidmore location. 

By 1970, the shop was in full flower. The Adirondack Northway (Interstate 87) was being built and skiers were traveling past Saratoga en route to resorts in the Adirondacks and Vermont. Woodcock designed the interior carefully, creating a comfortable space with handmade banisters, benches, and a leather couch by a big stone fireplace. He also installed a Ski-Dek, where for $55 customers could get three lessons, plus one more on the slopes of a local hill. Newbies started out on 16-inch-long Plexiglas skis that Woodcock designed and built. More than 600 people learned to ski there, until Woodcock removed the deck to free up retail space.

Just about the time the new store opened, Cathy Woodcock met Jack Hay as teammates on the Saratoga Springs High School ski team. Cathy had worked at her family’s shop part-time as a teenager. Jack had learned to ski in Saranac Lake, New York, where his father, an engineer, was involved in the design and construction of the mid-mountain station at Whiteface Mountain. 

The two married in 1971 and, once Jack decided that becoming a lawyer was not for him, have been involved in the business ever since. Thurlow Woodcock died in 1988. Cathy’s sister, Lynn Pepper, has also been closely involved, and Cathy and Jack’s daughter, Julia, currently works there.

The Alpine Sport Shop is a Saratoga Springs institution. In addition to serving a strong local population of skiers, they cater to the college and to a nearby U.S. Navy training base. Both Jack and Cathy are in the store regularly, but love their time on the slopes when they can get away, “which is never enough,” says Jack. They get in about 30 days of skiing each winter, including weeklong trips that the shop sponsors. This winter’s destinations are Telluride, Colorado and Garmisch, Germany. They’ve been organizing the trips since 1994; their daughter Julia’s first airplane ride was on a ski adventure to the Alps.

The Alpine Sport Shop is a throwback on the modern retail scene. It is not a big box; it does one thing and does it well. “We’re just selling fun,” says Cathy Hay. And having some fun along the way.  

Alpine Sports Shop, Saratoga Springs NY
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75 years ago, the Anchorage Ski Club and the U.S. Army teamed up to build the Arctic Valley ski area in Alaska. By Kirby Gilbert

Winter is coming! That’s the motto at Arctic Valley, a nonprofit ski area in south-central Alaska that for 75 years has been kept alive by members of the Anchorage Ski Club. Located 10 miles from downtown Anchorage, the small hill—with two chairlifts, a trusty 1960s T-bar and a vertical rise of 1,500 feet—is open to the public every winter weekend, attracting a dedicated band of families, plus skiers and riders who want to take a few runs at affordable prices.

Arctic Valley’s unique history reaches back to the early 20th century, when Norwegian immigrants led the way in popularizing skiing in Alaska. Anchorage was the hub for their jumping and touring exploits, and early pioneers such as Ed Kjosen, George Rengaard and Ralph Solberg attracted followers to the sport. In 1935, civic leader Vern Johnson launched the Fur Rendezvous, a three-day winter festival featuring skiing, hockey, basketball, boxing and a children's sled dog race in downtown Anchorage. Nearly the entire population of Anchorage (about 3,000 back then) turned out for the annual bonfire and torchlight parade.
 
As interest in skiing grew around North America in the early 1930s, it also caught on in Anchorage. A ski jump was built along the bluffs near downtown in 1936, and a year later, 35 skiers banded together to form the Anchorage Ski Club.
 
With American involvement in World War II ramping up, in 1940 U.S. Army troops started arriving at Fort Richardson and adjoining Elmendorf Air Force base in numbers. In November 1941, Colonel M.P. “Muktuk” Marston—armed with an official mandate to expand recreation opportunities and improve G.I. morale—took a handful of soldiers on off-duty treks into the mountains. They found wide-open slopes above timberline in the nearby Chugach Mountains, on a parcel of land that belonged to Fort Richardson. Marston led the effort to develop the site as a ski area for soldiers. Members of the Anchorage Ski Club helped to fund and build the first rope tows; they also started its Denali Ski Patrol. The military moved in Quonset huts to serve as day lodges and offered military ski gear for rentals. First called G.I. Slope or Fort Richardson Ski Bowl, the name Arctic Valley Ski Bowl eventually stuck.
 
After the war, several accomplished skiers arrived on the scene, including Hugh Bauer, a top performer in the Silver Skis races on Mt. Rainier and in races at Aspen and Jackson Hole. Hugh had been recruited by Dick Durrance to train paratroopers at Alta in early 1942. Hugh wrote a regular instructional column in the Anchorage newspaper and trained young members in racing technique. Chuck Hightower, a veteran of the 10th Mountain Division who in later years was a wellknown ski instructor at Aspen, was one of the top racers from club.
 
Before long, the ski club soon gained access to some adjoining non-military land and built its own lodge and three rope tows. The army tows ran five days a week while the ski club tows ran on weekends. Military personnel skied for free, and club members could ski the season for $10 per family.
 
Skiing on Army land was unique. Skiers had to sign in at a checkpoint, and the area occasionally was closed for military exercises and missile-firing practice. In early May, when the days were long and the temperatures moderate, the club would shut down the tows at 3 p.m. for salmon bakes, followed by after-dinner skiing until 9 p.m. “I’ll never forget those nights,” says ISHA charter member Jack Baker. He had arrived in Anchorage in 1946 to work in the post-war construction business; he quickly joined the club and soon led its volunteer ski patrol. “Sometimes in winter, we’d be skiing at 20 degrees below, with the Northern Lights flashing above.”
 
Army skiers initially outnumbered civilians by six to one, but that changed after the war, and club membership rose from 150 in 1946 to 480 by 1955. “That was quite a feat,” recalls Baker, “considering that the entire population of Anchorage was about 48,000 people.”
 
Baker says the club felt like family in those days, hosting social events like the Blessing of the Skis (a ritual conducted every opening day by Father Bartholomew, the Army chaplain), the annual Sitzmarker’s Ball, a winter carnival, a monthly meeting with a John Jay ski-movie screening, parties and outings—including a heli-ski excursion on Mount Alyeska in the late 1950s. As Anchorage grew as a hub for transcontinental air routes, the club staged competitions for crews on layovers, and the airlines donated free trips as fundraising prizes. The Head Ski Company gave the club its own franchise, so they could sell Standards to members at $75 a pair—Howard Head arranged the deal directly with Baker. In 1955, the club’s first woman president, Frances Vadla, started its popular monthly newsletter, Ski Heil, with news, cartoons, and recipes for local dishes like “crisp moose liver steaks.”
 
Running a ski area using volunteer labor was not easy. The club would start organizing work parties in mid-November to get the trails, lifts and lodge in shape; Baker recalls that the tundra was so spongy, they could ski on a few inches or snow or even a heavy frost. Every morning during the ski season, the rope-tow operators had to climb the slopes, lugging oil and gasoline for the motors. They continually—and often unsuccessfully—warned novice skiers not to ski over the dragging ropes. An editorial in the club newsletter, Ski Heil, expressed dismay about “careless skiers who slide their knife-edged skis across a three-thousand-dollar length of tow rope, rather than make the effort to pick it up and pass underneath.”
 
In 1955, the territorial health department tried to close down the ski area on the grounds that it was within the Anchorage public watershed and polluting the city’s water supply with effluent from its outhouse. After a long battle, Arctic Valley survived—and installed a deluxe, self-contained “biffy” to eliminate the chance of pollution getting into the surface water. The club’s “Biffy Ball” fundraiser, held on the second floor of the Elk Club, attracted so many people that the fire marshal showed up. “He asked us to quiet down,” recalls Baker, “so we started dancing waltzes, instead of polkas and the schottische!”
 
In the late 1950s, the club saved up enough money to purchase a Dopplemayr T-bar. It took two seasons of volunteer labor to get it installed and operating. Initially, with just one operator stationed at the bottom, ski club members were instructed to pick up the phone at the top station and call the operator if they tripped the top safety gate.
 
By the early 1960s, competition for local skiers was getting stiff, as the new Alyeska Resort had recently opened in Girdwood, 27 miles from Anchorage. Still, the club and the military kept the Arctic Valley slopes open for another four decades. The club added its first chairlift in 1968 and a second in 1979. In 2002, it renovated the lodge and bought a groomer.
 
In 2003, the military got out of the ski business, razing its lodge and dismantling its chairlift. Meanwhile, the Anchorage Ski Club has continued to run Arctic Valley on 500 acres of land, with a small paid seasonal staff to run the lifts and lodge, a 15-person volunteer board, a new tubing park, and close to 500 members.
 
“We spend a lot of time and energy to keep the place going,” says volunteer Arctic Valley general manager John Robinson-Wilson, who works for HAP Alaska/Yukon in Anchorage. He spends about 10 hours a week volunteering for the club in summer and up to 30 hours a week in winter—not including the time he spends on the slopes. “We all hang out together in the lodge, and you definitely recognize a lot of the same people on the slopes every weekend. We’re all friends. That’s why we work so hard. It what makes Arctic Valley different.”
 
Kirby Gilbert is a ski historian in the Northwest, a Charter Member of ISHA, and a frequent contributor to Skiing History magazine. Jack Baker, a Charter Member of ISHA, contributed memories and research material to this article. Baker joined the Anchorage Ski Club and the Denali Ski Patrol in 1946.
Arctic Valley
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Timestamp
Wed, 08/17/2022 - 1:32 PM
Author Text
Mort Lund