Alpine Skiing – Factsheets

Olympic History:          Alpine ski racing is the newer form of ski racing, as Nordic, or cross-country, competitions were held in the Scandanavian countries for many years before alpine racing was developed.  The first known race was in 1911 at Montana, Switzerland, when the British organized a race for a challenge cup given by Lord Roberts of Kandahar.  The first slalom style race was held in 1922 at Mürren, Switzerland.

Alpine skiing was first placed on the Olympic program in 1936 at Garmisch-Partenkirchen.  The only event that year was a combined competition of both downhill and slalom.  In 1948, this was held along with separate downhill and slalom races.  Alpine combined was not contested at the Olympic Winter Games again until 1988 when it returned to the Olympic program.  In 1952, the giant slalom was added as an event, and in 1988, the super giant slalom (Super-G) became a fourth separate event, with combined the fifth event when it returned to the program. In 2010 (and 2014), the traditional combined of downhill and two slalom runs was replaced by the super combined, consisting of a shortened downhill (or Super-G) and a single slalom run.

Men and women contest alpine skiing separately.  Events for both sexes were held in 1936, and have been held at all Olympics since.  Interestingly, the program for men and women has been identical at all Olympics.

As of November 2013, there are 120 member nations affiliated to the FIS.  This makes it the largest International Sporting Federation for any winter sport.  The FIS governs what it terms six disciplines of skiing – alpine skiing, cross-country skiing, ski jumping, Nordic combined, freestyle skiing, and snowboarding.  Cross-country, ski jumping, and Nordic combined are often termed one sport of nordic skiing.

The 120 member nations of FIS are as follows: Albania, Algeria, American Samoa, Andorra, Argentina, Armenia, Australia, Austria, Azerbaijan, Bahamas, Barbados, Belarus, Belgium, Bermuda, Bolivia, Bosnia-Herzegovina, Brazil, British Virgin Islands, Bulgaria, Cameroon, Canada, Cayman Islands, Chile, China, Chinese Taipei, Colombia, Costa Rica, Croatia, Cyprus, Czech Republic, Denmark, Dominica, DPR Korea (North), Egypt, El Salvador, Eritrea, Estonia, Ethiopia, Fiji, Finland, Former Yugoslav Republic of Macedonia, France, Georgia, Germany, Ghana, Great Britain, Greece, Grenada, Guatemala, Guyana, Haiti, Honduras, Hong Kong, Hungary, Iceland, India, Iran, Ireland, Israel, Italy, Jamaica, Japan, Kazakhstan, Kenya, Korea, Kosovo, Kuwait, Kyrgyzstan, Latvia, Lebanon, Lesotho, Liechtenstein, Lithuania, Luxembourg, Madagascar, Malta, Marocco, Mexico, Moldova, Monaco, Mongolia, Montenegro, Nepal, Netherlands, New Zealand, Norway, Pakistan, Palestine, Paraguay, Peru, Philippines, Poland, Portugal, Puerto Rico, Romania, Russia, San Marino, Senegal, Serbia, Slovakia, Slovenia, South Africa, Spain, Sudan, Swaziland, Sweden, Switzerland, Tajikistan, Thailand, Timor-Leste, Togo, Trinidad & Tobago, Turkey, Ukraine, United States of America, Uruguay, US Virgin Islands, Uzbekistan, Venezuela, and Zimbabwe.

Sochi 2014 – Winter Sports Factsheets

Over the next week or so, we will be providing factsheets on the 15 Winter Olympic Sports / Disciplines. These will include all the data you’ll ever need to know concerning what has happened at the Winter Olympics previously in these sports. We’ll start with a short background on the sport, followed by multiple statistical files that will be attached as a PDF file for your use – they need to be in PDF files because of their complexity in terms of statistical tables and such.

After we finish with the Winter Olympic Sports / Disciplines, we’ll then provide a series of similar factsheets for the Nations that will be competing at Sochi, or that have competed before at the Winter Olympics.

Finally, our final factsheets in the run-up to Sochi will be a General Overview of the Olympic Winter Games. Hope you enjoy. Let us know if there is something else you want to see that we’ve missed. – Bill Mallon

Summer / Winter Olympic Sports Doubles

Simply making an Olympic team is often considered among the ultimate athletic accomplishments. It signifies that you have reached the highest level of competition in your sport. But in some cases athletes have competed at both the Summer and Winter Olympics, which has to be an even rarer feat. How common is it?

Actually, it has happened 128 times. And it has been done in a dizzying array of 47 different sport combinations. By far the most common both season Olympians are in athletics (track & field) and bobsledding, with 40 Olympians competing in this combination.

The first to do that was the Belgian Max Houben,  who competed in athletics in 1920 and bobsledding in 1928-48. He was followed by Austrian Johann Baptist Gudenus, a 1932-36 bobsledder and Olympian in athletics in 1936. There was then a large gap before this occurred again, with Britain Colin Campbell (1968/72 ATH, 1976 BOB), and Swiss Edy Hubacher (1968 ATH, 1972 BOB).

In 1980 at Lake Placid Willie Davenport competed in bobsledding for the United States. A four-time Olympian (1964-76), and gold medalist in the high hurdles in 1968, Davenport was recruited to bobsledding for his leg strength and drive, to help with the push starts. It began a trend of top track & field athletes competing in bobsled. The best known was likely East German 1988 decathlon silver medalist Torsten Voss, who pushed a bob at Nagano in 1998 for Germany.

From the United States, another famous athlete who competed in Olympic bobsledding (1992) was NFL running back Herschel Walker. Walker was a top track & field in high school but never competed in the Summer Olympics.

Multiple athletics stars have been recruited since, with the United States possibly including Lolo Jones and Lauryn Williams on their women’s bobsled squads for Sochi.

Prior to this trend of athletics/bobsledding doubles, the most common both season sport double was cycling and speedskating, and it is still the second most common with 16 athletes having accomplished it. This combination occurred because the muscles and the training for both sports is similar, and athletes would often use the “other” sport for off-season training.

Two cyclists / speedskaters have won Olympic medals in both sports – Canadian Clara Hughes and German Christa Rothenburger-Luding. No athlete / bobsledder has yet pulled off the Winter / Summer medal double. This has been done by other athletes – notably Eddie Eagan, an American who won a gold medal in 1920 boxing and 1932 bobsledding, the only Olympian to have won gold medals at both the Winter and Summer Olympics. Norwegian Jacob Tullin Thams won Olympic medals in both ski jumping and sailing – there’s a combination for you.

It was even rarer for athletes to compete in the Summer and Winter Olympics in the same year, although that can no longer occur. This was done 41 times. Most notable was the accomplishment of Japanese female cyclist / speedskater Seiko Hashimoto who competed at the Winter and Summer Olympics in 1988 and 1992. The only other Olympian to have done this twice was the Swiss Charles Stoffel, who, in the days of more gentlemanly bobsled competition, competed in equestrian and bobsledding in 1924 and 1928.

Here are the sport doubles for both season Olympians, in order of frequency:

Summer                               Winter                                                                         ###

Athletics                              Bobsledding                                                                40

Cycling                                 Speedskating                                                              16

Cycling                                 Cross-Country Skiing                                               9

Hockey                                 Ice Hockey                                                                      7

Athletics                             Cross-Country Skiing                                               4

Football                               Ice Hockey                                                                      4

Athletics                             Cross-Country Skiing / Nordic Combined   3

Cycling                                 Short-Track Speedskating                                     2

Equestrian Events         Bobsledding                                                                   2

Hockey                                 Bobsledding                                                                   2

Rowing                                 Bobsledding                                                                   2

Sailing                                   Ice Hockey                                                                      2

Athletics                             Biathlon                                                                            1

Athletics                             Figure Skating                                                               1

Athletics                             Ice Hockey                                                                      1

Boxing                                 Bobsledding                                                                    1

Canoeing                           Cross-Country Skiing                                                1

Canoeing                           Luge                                                                                     1

Cycling                                Biathlon / Cross-Country Skiing                        1

Cycling                               Bobsledding                                                                     1

Fencing                              Bobsledding                                                                     1

Fencing                              Ice Hockey                                                                        1

Football                             Bobsledding                                                                     1

Handball                           Alpine Skiing / Cross-Country Skiing                1

Judo                                    Bobsledding                                                                      1

Modern Pentathlon   Cross-Country Skiing                                                 1

Modern Pentathlon   Military Ski Patrol                                                        1

Modern Pentathlon   Nordic Combined                                                         1

Modern Pentathlon   Speedskating                                                                   1

Rowing                               Cross-Country Skiing                                                1

Rowing                               Ice Hockey                                                                        1

Rowing                               Ice Hockey / Speedskating                                      1

Rowing                               Luge                                                                                      1

Rowing                               Military Ski Patrol                                                        1

Rowing                               Speedskating                                                                   1

Sailing                                 Alpine Skiing                                                                    1

Sailing                                 Bobsledding                                                                     1

Sailing                                 Ski Jumping                                                                       1

Shooting                            Biathlon                                                                              1

Shooting                            Figure Skating                                                                 1

Softball                               Ice Hockey                                                                       1

Swimming                         Bobsledding                                                                    1

Swimming                         Figure Skating                                                                1

Swimming                         Ski Jumping                                                                      1

Water Polo                       Bobsledding                                                                     1

Weightlifting                  Bobsledding                                                                      1

Wrestling                          Bobsledding                                                                     1

Totals                                                                                                                               128

How many will add to this list in Sochi? Certainly there will be a few athlete / bobsledders. Anybody else?


(Note: the author has a personal connection here – see the photos below of the cyclist / speedskater (guy on the left in the cycling picture). That guy went to the US Olympic Trials in cycling and speedskating in 1948, but did not make either Olympic team. That guy, however, was an Olympian of a Dad. And that folks, for your information, is how I first became interested in the Olympic Games.)

Dad Skating

Dad Cycling

(Note: tomorrow we will start providing factsheets for the 15 Winter Olympic sports to be held in Sochi. Stay tuned.)

Olympic Ski Jumping Hills

From 1924-60 there was one ski jumping event held at the Winter Olympics, termed the normal hill event. In 1964 a second competition on the large hill was added. In 1988 a team event on the large event became the third Olympic ski jumping event. Women will compete in ski jumping at the Olympics for the first time at Sochi in 2014, jumping off the normal hill.

But “normal” hill and “large” hill are not fixed definitions. The hills have varied significantly over the years and the hills have continued to get larger over time. The design of a ski jumping hill is complex with numerous tables and charts defining the mathematical analysis available in multiple sources.

Ski jumping hills are often defined by what is known as the K-point (for K/critical, or construction, point). Currently, a normal hill has a K-point of about 90 metres, while a large hill K-point is usually about 120 metres. But as you can see below, the last two Winter Olympics, and Sochi, have had slightly larger hills, at 95 and 125 metres, respectively.

The K-point defines the average point on the landing hill where the jumpers are expected to land, for maximum safety. It can actually be defined as the inflection point where the landing hill curvature changes from convex to concave.

There are also larger hills used, but not at the Olympics. These are termed ski flying hills, in which the K-point is at 180-185 metres, usually, although the largest hill is at Vikersund, Norway, with a K-point of 195 metres. Ski flyers often jump over 200 metres, with the current world best 246.5 metres (809 feet), set by Norwegian Johan Evensen on the Vikersund hill in February 2011.

In addition to the K-point, jumping hills used to be measured by Table Point, but this was usually within a few metres of the K-point and K-point was used more frequently. Table Point was introduced at the Olympics in 1972, but in 1984 Table Point and K-point became synonymous and Table Point is no longer used.

Another measurement now seen is called the Hill Size, which is larger than the K-point or Table Point. Hill Size is measured to the end of the landing area, or L-point, which is beyond the K-point. Another measurement that may be seen is called the Norm Point, which measures the distance to the P-point, or the beginning of the landing area, which is just above the K-point, usually approximately 80% of the distance to the K-point. The area between the P-point and the L-point, which includes the K-point, is basically the flat part of the landing area, where it is safe for the jumpers to land. See the accompanying diagram from the FIS rules, which also shows the complexity of the design of a ski jumping hill:




There are occasions in ski jumping where the jumpers will start “out-jumping the hill.” This is when, because of ideal conditions of wind, snow, or ice, the jumpers start landing well-below the K-point, and especially below the L-point. If that happens, it can be dangerous for the jumpers because they are not coming down in the landing area, and the officials may stop the competition, and re-start it with a lower start on the jumping hill in-run.

The Fédération Internationale de Ski (FIS) uses Hill Size to define which events must be held at the Olympics and World Championships. “OWG [Olympic Winter Games] and WSC [World Ski Championships] jumping competitions shall be held on hills of two different sizes. A World or Olympic champion will be selected for each hill size. The smaller hill should have a Hill Size (HS) of at least 100 [m]. The difference between the hill sizes must be at least 25 m.” (see, under link Ski Jumping, and then International Competition Rules, p. 66)

The FIS actually defines hills by Hill Size, with the current specifications as follows: 1) Small hill – up to 49 m; 2) Medium hill – 50-84 m; 3) Normal hill – 85-109 m; 4) Large hill – 110 m and larger (presumably up to 184 m); 5) Flying hill – 185 m and larger.

Below are the measurements of all the Olympic ski jumping hills since 1924:

Olympic Ski Jump Hills Specifications

Normal Hill

Year              K-Point      Table Point            Hill Size

1924              71.0 m                    —                     —

1928              66.0 m                    —                     —

1932              61.0 m                    —                     —

1936              80.0 m                    —                     —

1948              68.0 m                    —                     —

1952              72.0 m                    —                     —

1956              72.0 m                    —                     —

1960              80.5 m                    —                     —

1964              78.0 m                    —                     —

1968              70.0 m                    —                     —

1972              86.0 m             78.0 m                     —

1976              82.0 m             77.0 m                     —

1980              86.0 m             78.0 m              94.0 m

1984              90.0 m             90.0 m                     —

1988              89.0 m                    —                  95.0 m

1992              90.0 m                    —                  96.0 m

1994              90.0 m                    —               100.0 m

1998              90.0 m                    —                  98.0 m

2002              90.0 m                    —               100.0 m

2006              95.0 m                    —               106.0 m

2010              95.0 m                    —               106.0 m

2014              95.0 m                    —               106.0 m

Large Hill

Year              K-Point      Table Point            Hill Size

1964              81.0 m                    —                     —

1968              90.0 m                    —                     —

1972             110.0 m           100.0 m                     —

1976             104.0 m             95.0 m                     —

1980             114.0 m           102.0 m            125.0 m

1984             112.0 m           112.0 m                     —

1988             114.0 m                    —                122.0 m

1992             120.0 m                    —                132.0 m

1994             123.0 m                    —                138.0 m

1998             120.0 m                    —                131.0 m

2002             120.0 m                    —                134.0 m

2006             125.0 m                    —                140.0 m

2010             125.0 m                    —                140.0 m

2014             125.0 m                    —                140.0 m

One thing to note is that the hills for Torino (2006), Vancouver (2010), and Sochi (2014) are exactly the same size, both in terms of K-point and Hill Size. The other thing of interest is that until 2006, both the normal hill and large hill tended to get bigger at each Olympics.

Finally, note that the normal hill used at the 2002-10 Winter Olympics, at a hill size of 106.0 m, is approaching the maximum for a normal hill (109.0 m), as defined by FIS regulations. The large hills, however, remain well below ski flying specifications and could theoretically be made larger at future Olympics.

Death at the Olympics

At Vancouver in 2010, Georgian luger Nodar Kumaritashvili went off the course during a training run on the morning of the Opening Ceremony, crashing into a stanchion next to the track, and was killed instantly. This cast a pall over the Opening Ceremony, where a moment of silence was held in his memory, and the Vancouver Games in general, and was later termed by former IOC President Jacques Rogge as the worst moment of his Presidency.

This was not the first time athletes have died at the Olympics, nor was it the first time a luger died in training runs at the Olympics. The best known instance of death at the Olympics, of course, occurred at the 1972 München Summer Olympics when Arab terrorists from the Black September faction invaded the Israeli section of the Olympic Village at 31 Connollystraße and kidnapped and killed 11 Israeli athletes and coaches, with five Israeli Olympic athletes dying either from a shoot-out or bombs at the Fürstenfeldbruck air base. The athletes killed were David Berger (WLT), Ze’ev Friedman (WLT), Eliezer Halfin (WRE), and Yossef Romano (WLT), and Mark Slavin, a wrestler who was scheduled to compete on the day of the attacks. The coaches and administrators killed were Yossef Gutfreund, Amitzur Shapira, Kehat Shorr, Andrei Spitzer, Yacov Springer, and Moshe Weinberg.

Other athletes have died during training at the Olympic site. In 1964 at Innsbruck, two athletes died during training events just prior to the start of the Winter Olympics. In a macabre coincidence, one was another luger who crashed off the course, Polish-born British luger Kazimierz Kay-Skrzypecki, while the other was Australian downhill skiier Ross Milne. The IOC had the Olympic Flag flown at half-mast throughout the Games, with two black ribbons attached to its bottom edge.

Only two Olympians have died during, or as the result of, actual Olympic competition in medal events. The first was Portuguese marathoner Francisco Lázaro who collapsed during the 1912 marathon race, and died early the next morning. The second was Danish cyclist Knut Enemark Jensen, who collapsed during the 1960 cycling team time trial and died shortly thereafter. It was a very hot day in Rome when Enemark Jensen collapsed. His death has been variously attributed to heatstroke, to a closed head injury from striking his head when he fell (he did not wear a helmet, as was standard in that era), or from the effects of drugs, as he was rumored to have had Ronicol, an amphetamine-like stimulant, in his blood at the time of his death. (Note: Multiple different versions of the cause of death and the status of his drug-related blood tests can be found.) Jensen’s death, and the later death of British cyclist Tom Simpson during an ascent of Mont Ventoux during the 1967 Tour de France, after which he was found to have had multiple drugs in his body, were the stimuli that prompted the IOC to begin testing for drugs at the 1968 Olympics. Another Olympic athlete died during a demonstration event at the 1936 Berlin Olympics when Austrian Ignaz Stiefsohn crashed during the gliding exhibition, and was killed instantly.

Preparing the courses can be dangerous as well at the Winter Olympics. In 1992 at Albertville speed skiing was a demonstration sport. Swiss speed skiier Nicolas Bochatay was warming up before the qualifying with his teammate Pierre-Yves Jorand. They came up over a blind mogul, but when landing on the other side, Bochatay crashed into the track of a Sno-Cat preparing the course and was killed from internal injuries he suffered. Jorand was uninjured but withdrew from the competition.

At Calgary in 1988 a similar incident occurred before the start of the second run of men’s giant slalom. The 47-year-old Austrian team physician and orthopaedic surgeon Jörg Oberhammer, who was skiing at the base of the hill, collided with another skier, 55-year-old Brian Nock, a technician for Canadian television. Oberhammer was knocked down into the tracks of a snow-grooming machine and was crushed, killing him instantly. Two Swiss skiers, Pirmin Zurbriggen and Martin Hangl, witnessed the event and were badly shaken. Zurbriggen managed to start the second run and would win a bronze medal, but Hangl collapsed at the top of the hill and had to withdraw.

There have been other Olympics-related deaths, more due to acts of God or accidents and not related to training, course preparation, or competition. In 1936 at Berlin, Romanian boxer Nicolae Berechet lost his first round match in the featherweight class on 11 August. In that pre-antibiotic era, three days later he was dead of sepsis from an infection due to a carbuncle. At the 1956 Melbourne Olympics, Italian rower Arrigo Menicocci competed and then a few days later went for a car ride, but was killed in a crash before the Olympics had ended. One other athlete who died during the Olympics, but without ever competing, was Czechoslovakian female gymnast Eliska Mišaková. While training in London before the 1948 Olympics Mišaková contracted poliomyelitis and died on the day the gymnastics competition started. Her sister, Miroslava, was also on the Czechoslovak team and helped them win a gold medal.

Finally, shortly after midnite on 27 July 1996 at the Atlanta Olympics, a bomb went off in Centennial Olympic Park, a gathering place for the world’s spectators and many of the athletes. One spectator, Alice Hawthorne, was killed by the bomb and 111 others were wounded. One Turkish cameraman, Melih Uzunyol, ran to the scene to photograph it, and died of a heart attack he sustained in that effort. The bombing was initially attributed to Centennial Olympic Park employee Richard Jewell, who was wrongly accused, but was later found to have been set by Eric Rudolph, a religious extremist who seemed to be anti-almost everything except life. He was found to have set other bombs as well, was convicted, and in a plea bargain, sentenced to four consecutive life sentences without parole.

So the Olympic Games usually celebrate athletes and humanity at its finest. But they have also been the scene of great tragedy. All honor to their names.

And now, a moment a silence for those who died and have not always been given that memory.

(Note: the above was written prior to the recent terrorist attacks in Volgograd. We sincerely hope and pray that no amendments will be necessary by the end of the Sochi Olympic Games.)

Oldest Winter Olympians sport by sport

If all goes to plan a 55-year-old skier will line up in a few weeks time at the Sochi Winter Olympics – but who are the other “Golden Oldies” who have graced the Winter Games?

These are the oldest competitors to have appeared in each sport currently on the Olympic programme.

Alpine Skiing

Hubertus von Fürstenberg-von Hohenlohe (MEX)

51 years, 26 days at Vancouver 2010

You can say many things about Prince Hubertus of Hohenlohe-Langenburg but you can never, ever, say he has a dull biography.  An aristocrat with roots deep in European nobility, he has been a pop singer, professional photographer and businessman at various points in his life. In 1981 he founded the Mexican Skiing Federation in an attempt to participate in international competition. Since then he has competed at 15 World Championships and 5 Winter Olympics and, most recently, placed 56th in the slalom at the 2013 World Championships. Barring illness or injury he will return for one more Olympic appearance in Sochi.


Thanasis Tsakiris (GRE)

45 years, 34 days at Vancouver 2010

After a gap of 12 years Thanasis Tsakiris reappeared on the Olympic stage in 2010 at the age of 45. Originally a cross-country skier, he switched to biathlon in the late 80s and stayed in the sport long enough to compete in the same Olympic team as his daughter. He still competes, albeit at a lower level and has won national titles every year for the last 28 years.

Cross-country skiing

Arturo Kinch (CRC)

49 years, 309 days at Turin 2006

Born to parents who were Protestant missionaries in Costa Rica, Arturo Kinch took up ski racing whilst on a soccer scholarship at a Colorado college. He first competed at the Winter Games as an Alpine skier at Lake Placid in 1980 then returned in 1984 as the first man for over 30 years to compete at both alpine and cross-country at the same Olympics. After a 12-year gap he returned to the Olympic arena in 2006 and finally brought the curtain down on his career in Turin when two months shy of his 50th birthday.


Carl August Kronlund (SWE)

58 years, 155 days at Chamonix 1924

Oldest competitor at any Olympic Winter Games.

At 58 years of age, Carl August Kronlund was not only the oldest competitor at the inaugural Winter Olympics but also the oldest medal winner. Kronlund, a Stockholm businessman, played in Sweden’s victory over France and received a silver medal for his exploits. For many years it was incorrectly thought that the curling tournament in 1924 was only a demonstration event but, at the start of the 21st century, the IOC confirmed that it was a full medal event.

Figure Skating

Joseph Savage (USA)

52 years, 267 days at Lake Placid 1932

Joseph Savage’s sporting career reads like it should have happened in reverse. A successful attorney with a New York law firm, he was a major figure in the administration on figure skating in America and served a term as the President of the Amateur Skating Union of the USA in 1929-30. Savage was also a relatively successful competitor who was a regular winner of Mid-Atlantic regional titles in the 1920s.  He was just short of 50 when he won his 1st medal at the US nationals and 52 when he and partner Gertrude Meredith qualified for the 1932 Olympics.  Amazingly his career did not end there and in 1936 he combined with Marjorie Parker Smith to win the inaugural US national title in ice dancing. He was still competing and winning medals at the US Championships aged 63.


Hubert Menten (NED)

54 years, 158 days at St. Moritz 1928

A businessman whose family made their fortune in the oil business, Hubert Menten was one of the founders of the Dutch bobsleigh club in Davos, Switzerland which was instrumental in getting the Dutch bob to the 1928 Olympics, and later coached the 1929 Dutch duo that won the European title. An avid art collector and dealer, he was also very much pro-Nazi in his political views and was investigated by the Allied powers for his dealings with Hermann Goering.

Freestyle Skiing

Clyde Getty (ARG)

44 years, 152 days at Turin 2006

Born and raised in North Carolina, Clyde Getty came through the US system before switching to Argentina, the land of the parents, which enabled him to compete at the 2006 Winter Olympics. He continues to compete at World Cup level, although now in his 50s, and has an outside shot at the Sochi Games.

Ice Hockey

Béla Ordódy (HUN)

48 years, 29 days at St.Moritz 1928

Béla Ordódy was a major figure in the early years of Hungarian soccer and played for the first ever Hungarian national team in 1901. He was even awarded a trophy for Hungary’s player of the year in 1902. A generation later Ordódy re-emerged as goaltender for the Hungarian national ice hockey team at the 1928 Winter Olympic Games. At the time there was a fair amount of crossover between the two sports particularly in continental Europe. He only conceded a single goal in his only Olympic appearance but the goal was enough to eliminate Hungary from the tournament.


Matiás Stinnes (ARG)

53 years, 217 days at Innsbruck 1964

When luge became an Olympic sport Argentina set up a team of six to provide competitors for the 1964 Winter Games. The only survivor of this programme was 53-year-old German born Matiás Stinnes.  Stinnes crashed out of the Innsbruck Games but appeared on the entry lists again at the 1968 Games at Grenoble though he withdrew before the competition began.

Nordic Combined

Anders Haugen (USA)

39 years, 115 days at St.Moritz 1928

Already a record holder as the oldest Olympian in his sport’s history, Anders Haugen was 86-years-old when he finally received his Olympic bronze medal. In 1974, at the 50th reunion of the 1924 Norwegian team, Norwegian sports historian Jacob Vaage was going over the results when he noticed an error. Haugen had correctly been given 17.916 points, but 3rd place finisher Thorleif Haug’s scores added up to 17.821, not the 18.000 with which he had been credited. The IOC was notified and at a special ceremony in Oslo, on 12 September 1974, Anders Haugen was given his bronze medal by Haug’s daughter – more than 50 years after the competition.

Short Track Speed Skating

Cathy Turner (USA)

35 years, 314 days at Nagano 1998

A US champion as a teenager, Cathy Turner retired from the sport in 1980 and became a professional singer. A decade later, with short track now an Olympic sport, she returned and claimed victory in the 500 m at the Albertville Games.  Another short-lived retirement followed but she was back to retain her Olympic title in 1994. Known as a tough and ruthless skater, Turner bowed out of Olympic competition at the Nagano Olympics.


James Coates (GBR)

53 years, 295 days at St. Moritz 1948

The sport of skeleton has, like its sister sport bobsleigh, benefitted from the British aristocracy’s predilection to do stupid and dangerous things at high speeds. It seems fitting therefore that the oldest man to compete in Olympic skeleton is James Stuart Coates, 3rd Baronet Coates, of Auchendrane. Coates was a veteran of St. Moritz and once said of the Cresta Run “She is a powerful and attractive mistress. She will stand no nonsense when you are learning the ropes and many and severe are the rebuffs she will give to even her most ardent suitors”. A veteran of World War I, Coates was to be in charge of the operation to evacuate British royalty should German forces invade Britain during World War II.

Ski Jumping

Pál Ványa (HUN)

43 years, 239 days at St. Moritz 1948

From modern day Slovakia, Pál Ványa had been Hungarian champion as far back as 1931. His Olympic experience consisted of a single jump at the 1948 Olympics that ended in a fall on landing.


Sondra Van Ert (USA)

37 years, 342 days at Salt Lake City 2002

Originally an alpine skier at the University of Utah Sondra Van Ert was good enough to win silver in downhill when she represented the USA at the World University Games. A serious knee injury shortly before graduation seemed to end her racing career and she became the manager of a paint store in Idaho. She took up recreational snowboarding at the age of 26 and soon returned to the competitive side of sport. Van Ert won 6 US titles and 2 World Championship bronzes before retiring in 2004.

Speed Skating

Albert Tebbit (GBR)

52 years, 31 days at Chamonix 1924

It may seem incredible to today’s speed skating fans but once upon a time British skaters were amongst the best in the world. Unfortunately for Albert Tebbitt that time, which coincided with his prime as a skater, came 30 years before speed skating débuted at the Olympics. Tebbitt even broke a world record, the now unofficial hour record, but his best days were well behind him when he made his bow at Olympic level.

Olympic hockey preview

Because almost no NHL players participate in World Championships, it’s typically very difficult to predict the outcome of the Olympic men’s ice hockey tournament. We’ll give it a try from a historical perspective. Starting with a nation that will not win any medals, Germany is missing from the Olympics for the first time since 1948. Back then the country was not invited to compete on account of World War II, but this time they failed to qualify. The twelve nations that did make the cut are divided into three pools.

Group A features Russia, Slovakia, United States and Slovenia. The latter country is likely the weakest competitor in the pool. Slovenia qualified for the Olympics for the first time, although Yugoslavia competed from 1964 through 1976 and in 1984, when the Games were held in Sarajevo. The other three nations will be more closely matched. The home team has never won the Olympic title since the break-up of the Soviet Union, which won eight golds (if we include the 1992 Unified Team), but they medalled in 1998 (silver) and 2002 (bronze). The USA has won the title twice, although both times this was when the Olympics were held in the US (1960 Squaw Valley and of course 1980 Lake Placid). The American’s have a 1-1-1 record versus Russia at the Olympics, most importantly winning in the 2002 semi-finals. If we include the Soviet Union and the Unified Team, the Americans have a negative record of 3-1-9 against the hosts. Slovakia, however, is not to be forgotten. At the Olympics, it has a 2-0-1 record against Russia, winning their pool matches in 2006 and 2010. Versus the US, their record is 1-1-0, beating the Americans in the group stage in 2006, when the three nations were also drawn in the same group. The Slovakians won their pool then, but were knocked out by rivals Czech Republic in the quarter-finals.

In Group B, defending Olympic champion Canada is drawn against Finland, Norway and Austria. The Canadians, have won eight Olympic titles in all, the same as the USSR/Unified Team, and are looking to become the sole record holders. None of their group opponents have ever claimed Olympic gold, although the Finns have won five medals in the last seven Winter Olympics, winning two silvers and three bronzes. Finland is also the only group stage opponent with a neutral Olympic record against the Canadians (5-0-5). Both Austria and Norway have never won against Canada. Neither Austria nor Norway have been very successful in Olympic ice hockey. The Austrians had their best result in 1928, when they ranked 5th (ex aequo), and will make their first appearance since 2002. Norway has always ranked between 8th and 11th in its 10 appearances. The two nations have met 6 times in Olympic play, with Norway having the best record (3-1-2).

The third group, Group C, includes Czech Republic, Sweden, Switzerland and Latvia. Sweden, the 1994 and 2006 champion, has the best Olympic record in this group. They’ve won all encounters against Czech Republic and Latvia, and only lost only once to Switzerland (back in 1948) while recording 8 wins. It should be pointed out they were quite evenly matched with Czechoslovakia, having a 7-1-8 record. The Czech Republic won their only Olympic title in 1998, and earned a bronze in 2006. Before the split with Slovakia in 1993, Czechoslovakia was a consistent medallist, with 4 silvers and 4 bronzes. They played Latvia twice in Vancouver (winning both matches), and Switzerland once in Torino (losing 2-3). The Swiss have not enjoyed any Olympic successes for a long time. In 1928 and 1948, when the Games were held in St. Moritz with the great Bibi Torriani at the helm they won bronze medals. Their best recent performance was a 6th place in 2006. They never played Latvia before, which is competing in its fourth straight Olympics, and fifth time overall. The Baltic nation’s record is not too great. They’ve only ever won two Olympic matches, against Austria and Ukraine in 2002. In 2006 they did nearly upset the US with a 3-3 draw in the group stage.

Where does all this leave us for the medals? Six different countries divided the medals in the last two Olympics (Sweden, Finland, Czech Republic, Canada, US and Russia), but results from recent World Championships indicate that Switzerland and Slovakia should not be discounted for a medal either. The host nation typically does well if it is one of the major ice hockey nations, the US having won twice in three home Olympics (being losing finalist in the third) and Canada winning one gold in two home Games.  As a prediction has to include medallists, we’ll go for:

  1. Russia – because the home nation does well for major hockey nations
  2. Finland – because they’ve been the most consistent team at medalling for the past 7 Olympics
  3. Canada – because they’re the most successful hockey nation in the Olympics

On the women’s side, predictions are much easier – at least where it concerns the finalists. Since World Championships were first held in 1990, and with the event being Olympic since 1998, the US and Canada have faced each other in the final every time except for the 2006 Olympics, when Sweden upset the Americans in the semi-finals. Canada has had the upper hand at the Olympics, having won the last three golds. In World Championships, however, the US is more dominant in recent years, having won four out of the five last titles. Their head-to-head record at Olympics is 2-0-2, as the Americans won two games in 1998, and then lost the two finals in 2002 and 2010. Apart from these matches and the US loss to Sweden, neither team has ever lost or drawn an Olympic match. Your guess is as good as ours for the gold medallists; both the 2011 and 2012 Worlds were only decided after overtime. If the Canadians win it, it is likely that Hayley Wickenheiser, Jayna Hefford and Caroline Ouellette, who are all on the preliminary Sochi team, will become the only ice hockey players to have won four golds, a record they currently share with five more Canadian women and six Soviet men. Wickenheiser and Hefford have also won a silver in 1998.

The competition for bronze, however, could be interesting. Finland, two-time bronze medallist, and Switzerland will join the two North American teams in Group A, which features the strongest four nations. The two lowest ranked out of this group will play the best nations of Group B for two semi-final spots. Group B features Russia, which was third in the last World Championships, Sweden, which have won Olympic silver and bronze, Germany and Japan. Based on Olympic results, Sweden has winning records against all nations, having only lost to Finland once. Finland is close, only trailing Sweden 1-0-2. Our final prediction:

  1. United States – because they’re due for a win
  2. Canada – because a women’s Olympic hockey final without Canada has never happened
  3. Switzerland – because the Olympic hockey tournament needs a little surprise


Sochi – the Olympic Program

There will be 98 events contested at Sochi, with 49 events for men, 43 for women, and 6 mixed events, although we’ll have a bit more to say about mixed events in a bit. Now that ski jumping has been added, women will compete in every sport/discipline on the Sochi Program except Nordic combined. Women are underrepresented on the Olympic Winter Program with 1 bobsledding event to 2 for men, 1 ski jumping event to 3 for men, and no events in Nordic combined to 3 for men.

Winter sports/events came into the Olympics in 1908, with figure skating contested as part of the 1908 and 1920 Olympic Games, and ice hockey also contested at Antwerp in 1920. Since then the Olympic Program breakdown has looked like this:

Years   Men  Women  Mixed  Total    %Wom      %Mix

1908            2            1            1            4         25.0%       25.0%

1920            2            1            1            4         25.0%       25.0%

1924           14           1            1          16           6.3%         6.3%

1928           12           1            1          14           7.1%         7.1%

1932           12           1            1          14           7.1%         7.1%

1936           14           2            1          17         11.8%         5.9%

1948           17           4            1          22         18.2%         4.5%

1952           16           5            1          22         22.7%         4.5%

1956           17           6            1          24         25.0%         4.2%

1960           16         10            1          27         37.0%         3.7%

1964           20         12            2          34         35.3%         5.9%

1968           21         12            2          35         34.3%         5.7%

1972           21         12            2          35         34.3%         5.7%

1976           22         12            3          37         32.4%         8.1%

1980           23         12            3          38         31.6%         7.9%

1984           23         13            3          39         33.3%         7.7%

1988           27         16            3          46         34.8%         6.5%

1992           31         23            3          57         40.4%         5.3%

1994           33         25            3          61         41.0%         4.9%

1998           36         29            3          68         42.6%         4.4%

2002           41         34            3          78         43.6%         3.8%

2006           44         37            3          84         44.0%         3.6%

2010           45         38            3          86         44.2%         3.5%

2014           49         43            6          98         43.9%         6.1%

Totals      509       307         46       862        35.6%         5.3%

From 1976-2010 the mixed events were pairs figure skating, ice dance figure skating, and doubles luge, although the luge event is an anomaly. Technically the event is open to men and women as a mixed event. But no woman has ever competed in doubles luge at the Olympic Winter Games or World Championships, nor is the option ever really discussed or considered. Thus, there is some justification to consider it a men’s event.

There are 12 more events on the Sochi Program than there were at Vancouver in 2010. The new events are as follows, along with the time at which they first were contested at World Championships:

Biathlon                  X   Mixed Relay                2005 World Championship

Figure Skating      X   Team Trophy              never contested at Worlds

Freestyle Skiing  M  Slopestyle                    2011 World Championship

Freestyle Skiing  M  Halfpipe                        2005 World Championship

Freestyle Skiing   F   Slopestyle                    2011 World Championship

Freestyle Skiing   F   Halfpipe                        2005 World Championship

Luge                            X   Mixed Relay               1989 World Championship

Ski Jumping            F   Normal Hill, Indiv.   2009 World Championship

Snowboarding     M  Slopestyle                    2011 World Championship

Snowboarding     M  Parallel Sp. Slalom   1996 World Championship

Snowboarding      F   Slopestyle                     2011 World Championship

Snowboarding      F   Parallel Sp. Slalom    1996 World Championship

The figure skating team trophy is interesting, in that it has not been contested at the World Championships. The Olympic Charter used to state that events would only be added if they had first been contested at international competitions, “To be included in the programme of the Olympic Games, events must have a recognised international standing both numerically and geographically, and have been included at least twice in world or continental championships.” That was in the 2004 Olympic Charter, but that text was removed in the next edition, in 2007.

So women are getting closer to full gender equity at the Winter Olympics. They can actually now compete in 50.0% of the events on the program, although only technically, remembering doubles luge. Men can compete in 56.1% of the events, because of the overlap with mixed events.

If women’s ski jumping is successful and expands internationally, it is possible the program will become all but equal, but it is important to remember that Nordic combined events for women are held virtually nowhere and there have been no international competitions in that discipline for women. A recent story talked about Russian women starting to compete in Nordic combined and it was most notable for the rarity of women in that sport. Hard to imagine women’s Olympic events in Nordic combined in the foreseeable future.

Olympic Sliding Tracks

Unfortunately, all Olympic fans sadly remember the death of Georgian luger Nodar Kumaritashvili, on the morning of the 2010 Vancouver opening ceremony. There were concerns about the track in Vancouver and its speed and difficulty. What is the sliding track like in Sochi, at the Sanki Sliding Centre? And how does it compare to Vancouver and other Olympics sliding tracks?

Below are the specifications for the Olympic sliding tracks at all the Olympics, although in some of the early years, some data is lacking. The three key factors are the length of the track, the gradient, or steepness of the hill, and especially the vertical drop.

Olympic Bobsledding Track Specifications


Year    Curves   Length  Start Altitude  Vertical Drop   Gradient

1932           26   2,366 m              850 m               228 m          9.6%

1936           17   1,525 m               919 m               129 m          8.5%

1948           17   1,722 m                       —               130 m          7.5%

1952           13   1,508 m               429 m               124 m          8.2%

1956           16   1,700 m                       —               153 m          9.0%

1964           13   1,506 m           1,133 m               138 m          9.2%

1968           13   1,500 m           2,030 m               140 m          9.3%

1972           14   1,563 m               495 m                 70 m          4.5%

1976           14   1,220 m            1,133 m                 97 m          8.0%

1980           16   1,557 m               771 m               148 m          9.5%

1984           13   1,300 m           1,109 m               126 m          9.7%

1988           14   1,475 m           1,250 m               120 m          8.1%

1992           19   1,508 m           1,685 m               125 m          8.3%

1994           16   1,365 m               347 m               107 m          7.8%

1998           15   1,360 m           1,028 m               113 m          8.3%

2002           15   1,340 m           2,233 m               104 m          7.8%

2006           19   1,435 m           1,683 m               114 m          7.9%

2010           16   1,450 m              928 m               148 m        10.2%

2014           18   1,475 m               844 m               132 m          9.3%


Year    Curves   Length  Start Altitude  Vertical Drop   Gradient

1924           19   1,370 m                        —               156 m        11.4%

1928           17   1,722 m                        —               130 m          7.5%

1932           26   2,366 m              850 m               228 m          9.6%

1936           17   1,525 m               919 m               129 m          8.5%

1948           17   1,722 m                        —               130 m          7.5%

1952           13   1,508 m                429 m               124 m          8.2%

1956           16   1,700 m                        —               153 m          9.0%

1964           13   1,506 m           1,133 m               138 m          9.2%

1968           13   1,500 m           2,030 m               140 m          9.3%

1972           14   1,563 m                495 m                 70 m          4.5%

1976           14   1,220 m            1,133 m                 97 m          8.0%

1980           16   1,557 m               771 m               148 m          9.5%

1984           13   1,300 m           1,109 m               126 m          9.7%

1988           14   1,475 m           1,250 m               120 m          8.1%

1992           19   1,508 m           1,685 m               125 m          8.3%

1994           16   1,365 m               347 m               107 m          7.8%

1998           15   1,360 m           1,028 m               113 m          8.3%

2002           15   1,340 m           2,233 m               104 m          7.8%

2006           19   1,435 m           1,683 m               114 m          7.9%

2010           16   1,450 m              928 m               148 m        10.2%

2014           18   1,475 m               844 m               132 m          9.3%


Year    Curves    Length  Start Altitude  Vertical Drop   Gradient

2002           15   1,340 m           2,233 m               104 m          7.8%

2006           19   1,435 m           1,683 m               114 m          7.9%

2010           16   1,450 m               928 m               148 m        10.2%

2014           18   1,475 m               844 m               132 m          9.3%


Olympic Luge Track Specifications

Men’s Singles

Year    Curves   Length  Start Altitude  Vertical Drop   Gradient

1964           18   1,058 m           1,133 m               113 m        10.7%

1968           14   1,000 m           1,110 m               110 m        11.0%

1972           14   1,023 m                443 m               101 m          9.9%

1976           14   1,220 m                        —               103 m          8.4%

1980           14   1,014 m                731 m                 96 m          9.5%

1984           13   1,210 m           1,112 m               129 m        10.7%

1988           13   1,251 m           1,309 m               109 m          8.7%

1992           15   1,250 m           1,671 m               111 m          8.9%

1994           16   1,365 m                350 m               110 m          8.1%

1998           14   1,326 m           1,029 m               114 m          8.6%

2002           17   1,317 m                    —               106 m              8.0%

2006           19   1,435 m                    —               114 m              7.9%

2010           15   1,198 m              909 m               132 m        11.0%

2014           17   1,475 m              844 m               132 m           9.3%


Year    Curves   Length  Start Altitude  Vertical Drop   Gradient

1964           18      910 m           1,110 m                 89 m           9.8%

1968           —               —                        —                       —                —

1972           11      763 m               420 m                 78 m        10.2%

1976           10      870 m                        —                 72 m           8.3%

1980           11      749 m              695 m                 59 m          7.9%

1984           11      993 m           1,082 m               100 m        10.1%

1988           10   1,080 m           1,281 m                 81 m          7.5%

1992           14   1,143 m           1,652 m                 92 m          8.0%

1994           13   1,185 m                325 m                 85 m          7.2%

1998           13   1,194 m           1,011 m                  96 m          8.0%

2002           12   1,140 m                        —                  77 m          6.8%

2006           17   1,233 m                        —                  98 m          7.9%

2010           14      953 m                883 m                 96 m        10.1%

2014           16   1,384 m                836 m               125 m          9.3%

Women’s Singles

Year    Curves     Length    Start Altitude    Vertical Drop     Gradient

1964           18      910 m           1,110 m                 89 m          9.8%

1968           —               —                        —                        —              —

1972           11      763 m                420 m                 78 m        10.2%

1976           10      870 m                        —                  72 m          8.3%

1980           11      749 m                695 m                 59 m          7.9%

1984           11      993 m            1,082 m               100 m        10.1%

1988           10   1,080 m            1,281 m                 81 m          7.5%

1992           14   1,143 m            1,652 m                 92 m          8.0%

1994           13   1,185 m                325 m                 85 m          7.2%

1998           13   1,194 m            1,011 m                 96 m          8.0%

2002           12   1,140 m                        —                  77 m          6.8%

2006           17   1,233 m                        —                  98 m          7.9%

2010           14        953 m               883 m                 96 m        10.1%

2014           16   1,384 m                836 m               125 m          9.3%


Olympic Skeleton Track Specifications


Year    Curves   Length  Start Altitude  Vertical Drop   Gradient

1928           15   1,231 m                       —               157 m        12.8%

1948           15   1,231 m                       —               157 m        12.8%

2002           15   1,335 m           2,233 m               104 m          7.8%

2006           19   1,435 m           1,683 m               114 m          7.9%

2010           15   1,450 m              928 m               148 m        10.2%

2014           18   1,475 m              844 m               132 m         9.3%


Year    Curves   Length  Start Altitude  Vertical Drop   Gradient

2002           15   1,335 m           2,233 m               104 m          7.8%

2006           19   1,435 m           1,683 m               114 m          7.9%

2010           15   1,450 m              928 m                148 m        10.2%

2014           18   1,475 m              844 m                132 m          9.3%

If everything else is equal, the vertical drop is what determines the speed. On a frictionless track, with no curves, the velocity one obtains would be as follows, if you remember your elementary physics:

V = √2gh

In the above, V = velocity, h = vertical drop (or height), and g = gravitational acceleration (=9.8 m/s). With no other forces, such as friction, the speed at the bottom can be determined by the equation relating potential and kinetic energy:

mgh = ½mV2

Which yields the above formula for the final velocity.

Now obviously there is friction, and there are curves. Modern sliding tracks really began in the 1960s with refrigerated tracks which are basically sheets of ice. Friction is pretty minimal now, but its still there. And some of the curves will slow down the sleds, although the highly banked tracks minimize that.

So looking at the above, we note that the Sanki track is a long one, at a maximum length of 1,475 metres. It is the longest ever luge or skeleton Olympic track, although several bob tracks have been longer.

The Vancouver track had a greater vertical drop and gradient than Sochi, however. In fact Vancouver had the steepest gradient and biggest vertical drop of any of the modern, iced Olympic tracks, although equalled by Lake Placid in 1980, which had the same vertical drop but less of a gradient. For bobsled and skeleton, the track in Vancouver dropped 148 metres at a gradient of about 10.2%, while Sochi drops 132 metres at a gradient of about 9.3%. The luge drop in Vancouver was less, but remember that that track was shortened, and started from lower down, after the fatal accident.

So if you are looking at the differences in the two tracks maximal potential speeds, they are as follows (using bobsled and skeleton drops):

Year           Vertical Drop                         Max Speed

2010          148 m drop        194 km/hr (121 mph)

2014          132 m drop        183 km/hr (114 mph)

Now obviously the sleds never get that fast, as this assumes a frictionless surface and no curves. Maximum speeds hover about 90 mph, or 145 km/hr in skeleton and luge, and can get to 95 mph, or 150 km/hr in bobsled. But what this does show is that the Sanki Sliding Centre track is not as fast as Vancouver’s was, by a factor of about 6% potential maximum speed.

Sochi – The Costs

The rumor is afloat that the Sochi Olympics will cost $51 billion (US). Does that make these the most expensive Olympic Games ever? In a word, yes, but please remember that determining the cost of an Olympics is fraught with complex issues, and it is really difficult to say how much each Olympic Games cost. Further, the world has changed over the years, with inflation eroding the value of a dollar, or a Euro, or a ruble. Obviously, the Olympic Games have also changed, with more athletes at each Olympics, and more events.

There are two costs to an Olympic Games, or Olympic Winter Games. The costs of hosting the Olympics – building venues, building the Olympic Village, hiring the administration for seven years, bidding for the Games (which now costs 10s of millions), hiring security, now a major cost, and many other costs of hosting. Infrastructure is more a civic line item – what the city does to gussy itself up for the world’s visitors, and for the future use of the city’s population (or village for Lake Placid, or neighborhood for Squaw Valley).

As an example, in 1996, Atlanta greatly upgraded Hartsfield International Airport, readying it for the influx of Olympic visitors. Is that an Olympic cost? Some would say yes, but Atlanta’s airport needed a major upgrade – it was due, and using the Olympic host responsibilities as a pretext allowed the city to justify that upgrade and offload the cost, somewhat, to the Olympic costs.

In 2004, Athens built a major circumferential highway around the city, and a new major train line from Athens city centre to Piraeus, the Athenian port city. Both were civic improvements that Athens sorely wanted and needed and the Olympics allowed them to justify building those. In both Atlanta’s and Athens’ cases, those new building projects improved the cities for years to come. Are those Olympic costs – or simply civic improvements?

There is no way to know for certain, and no way to be certain of the accounting. So we have to go on the usually published numbers, and in Sochi’s case that number is 51 billion US dollars.

But we should definitely correct for inflation, adjusting costs for previous Games to current dollars. And there are other ways to compare costs. The more athletes at an Olympics, the more it costs to run the Olympic Games themselves. The Olympic Village has to be larger. You have to protect each athlete with more security, you have to transport the athletes, you have to feed the athletes. So a better way to look at Olympic costs is to compare fixed costs against inflation per number of athletes at the Games.

Further I would say that it is important to also compare against the number of events at the Games. The more events, the more sports. The more sports, the more venues. For each additional venue, there are usually building costs. For each additional event, you have to provide more security for that event. Currently, the two biggest costs to an OCOG (Organizing Committee of the Olympic Games) are the cost of building venues (has always been #1 cost) and the cost of providing security. So perhaps an ever finer way to drill down is to look at Olympic costs against inflation per number of athletes, per number of events at the Games.

So here are the numbers for Sochi, the last four Winter Olympics, the last two Summer Olympics, and also looking at Tokyo in 1964, using usually quoted cost figures. Why Tokyo? Because prior to Beijing in 2008, Tokyo was the most expensive Summer Olympics ever, per number of athletes, and per number of athletes and events.

Olympic Costs     Constant $                                   Constant $   Constant $

Year  Host City  (mill 2012$)  Events  Athletes  Per Athlete  Per Ath/Evt

1964  Tokyo             $14,162        163       5,137  $2,755,415         $16,904

2008  Beijing           $31,987        302     10,901  $2,934,629           $9,705

2012  London          $14,460        302     10,520  $1,374,394          $4,551

1998  Nagano         $14,078          68       2,180  $6,457,985         $94,970

…………………………….$1,267                                          $581,193            $8,547

2002  Salt Lake C    $2,551          78       2,399  $1,062,068         $13,616

2006  Torino               $4,665          84       2,494  $1,870,408         $22,267

2010  Vancouver      $7,376          86       2,536  $2,908,401         $33,819

2014  Sochi               $51,000          98  2,700e $18,888,889      $192,744

Several things are evident in the above. First, prior to Sochi the most expensive Olympics, inflation adjusted cost per athlete (IACPA), and in inflation adjusted cost per athlete per event (IACPAPE), was Nagano in 1998. But Nagano is tricky. There are two figures usually quoted for its costs – either $10 billion (US), or $900 million (US) (adjusted to 2012 figures above), which are nowhere near close to each other, and obviously reflect the costs of hosting versus the cost of hosting plus infrastructure. Nagano had to almost create a winter resort from scratch and build train lines from Tokyo and other major cities to get people there, so their infrastructure costs were huge.

But even using the bigger number for Nagano, and using the $51 billion # for Sochi, Sochi will be three times as expensive in IACPA, and twice as expensive in IACPAPE. Comparing to Beijing, the previously acknowledged champion for Olympic costs at $30 billion in 2008, Sochi is way more expensive per athlete and per athlete/per event. In fact that’s not even close when looking at IACPAPE. And check out the $ figure per athlete at about $19 million – that makes every Winter Olympian in 2014 about the value of Peyton Manning, per the Sochi OCOG. And you thought the Yankees overspent?

Secondly, when you compare Beijing to Tokyo, adjusted for inflation and number of athletes, Beijing and Tokyo cost almost the same amount of money. And if you compare per athlete/per event, Tokyo was still more expensive than Beijing.

Finally, from the above it is obvious that Olympic Winter Games are actually more expensive than Summer Games when comparing against # of athletes and # of events. There are fewer athletes (about ¼th as many as the Summer Games) and fewer events (now about ⅓rd as many), but you still gotta build Olympic Villages, build venues, and provide security. In fact, at Winter Games you usually need to build two Olympic Villages now – one in the mountains and one near the city centre for indoor events.

So anyway you figure it, Sochi will be a very expensive Olympic Games, and definitely the most expensive Olympic Games ever conducted. And are these numbers conservative with security costs likely to skyrocket after the terrorist attacks in Volgograd? Will it be worth it for Sochi and the region of Krasnodar Kray? Will the new facilities bring tourists in the winter, and in Sochi’s case, even in the summer by the Black Sea? Or will those facilities lay fallow, as Olympic white elephants, similar to so many of the facilities in Sarajevo, Athens, or Beijing, and many other Olympic host cities? Only time will let us know.

All the Olympic Stats You'll Ever Need