Introduction
The discus throw is a track and field event with deep historical roots and immense physical and technical demands. It combines strength, precision, and technique to achieve maximum distance, making it a standout event in athletics. Whether you’re a beginner or an experienced athlete, understanding the nuances of discus can elevate your performance and appreciation of this sport.
The discus throw (pronunciation), also known as disc throw, is a track and field sport in which the participant athlete throws an oblate spheroid weight — called a discus — in an attempt to mark a further distance than other competitors. It is an ancient sport, as demonstrated by the fifth-century-BC Myron statue Discobolus. Although not part of the current pentathlon, it was one of the events of the ancient Greek pentathlon, which can be dated back to at least 708 BC, and it is part of the modern decathlon.
The History of Discus
The origins of discus can be traced back to ancient Greece, where it was part of the original Olympic Games. The sport was depicted in classical art, including the famous “Discobolus” statue by Myron. Initially, discus was not just a competition but a demonstration of strength and artistry, showcasing the athletes’ skills in front of large audiences.
In modern times, discus is a staple event in athletics, with both men and women competing at the Olympic level. The men use a heavier discus (2kg) compared to the women (1kg), and the techniques have evolved significantly with advancements in sports science. The sport of throwing the discus traces back to it being an event in the original Olympic Games of Ancient Greece.
The discus as a sport was resurrected in Magdeburg, Germany, by gymnastics teacher Christian Georg Kohlrausch and his students in the 1870s. Organized men’s competition was resumed in the late 19th century, and has been a part of the modern Summer Olympic Games since the first modern competition, the 1896 Summer Olympics. Images of discus throwers figured prominently in advertising for early modern Games, such as fundraising stamps for the 1896 Games, and the main posters for the 1920 and 1948 Summer Olympics. Today the sport of discus is a routine part of modern track-and-field meets at all levels, and retains a particularly iconic place in the Olympic Games.
The first modern athlete to throw the discus while rotating the whole body was František Janda-Suk from Bohemia (the present Czech Republic). Janda-Suk invented this technique when studying the position of the statue of Discobolus. After a year of developing the technique, he earned a silver medal in the 1900 Olympics.
Women’s competition began in the first decades of the 20th century. Following competition at national and regional levels, it was added to the Olympic program for the 1928 games.
Rules and Regulations
Competitors must stay within the designated circle during the throw and ensure the discus lands within the marked sector. Failing to comply with these rules results in a foul. Each athlete typically gets multiple attempts, with the longest valid throw determining their rank. The event consists of throwing a heavy disc, with the weight or size depending on the competitor. Men and women throw different sized discs, with varying sizes and weights depending on age. The weight of the discus is either governed by World Athletics for international or USA Track & Field for the United States.
In the United States, Henry Canine advocated for a lighter-weight discus in high school competition. His suggestion was adopted by the National High School Athletic Association in 1938. The typical discus has sides made of plastic, wood, fiberglass, carbon fiber or metal with a metal rim and a metal core to attain the weight. The rim must be smooth, with no roughness or finger holds.
A discus with more weight in the rim produces greater angular momentum for any given spin rate, and thus more stability, although it is more difficult to throw. However, a higher rim weight, if thrown correctly, can lead to a longer throw. In some competitions, a solid rubber discus is used (see in the United States).
To make a throw, the competitor starts in a circle of 2.5 m (8 ft 2+1⁄4 in) diameter, which is recessed in a concrete pad by 20 millimetres (0.79 in). The thrower typically takes an initial stance facing away from the direction of the throw. They then spin anticlockwise (for right-handers) 1+1⁄2 times while staying within the circle to build momentum before releasing the discus.
The discus must land within a 34.92º circular sector that is centered on the throwing circle. The rules of competition for discus are virtually identical to those of shot put, except that the circle is larger, a stop board is not used and there are no form rules concerning how the discus is to be thrown.
The basic motion is a fore-handed sidearm movement. The discus is spun off the index finger or the middle finger of the throwing hand. In flight the disc spins clockwise when viewed from above for a right-handed thrower, and anticlockwise for a left-handed thrower.
As well as achieving maximum momentum in the discus on throwing, the discus’ distance is also determined by the trajectory the thrower imparts, as well as the aerodynamic behavior of the discus. Generally, throws into a moderate headwind achieve the maximum distance. Also, a faster-spinning discus imparts greater gyroscopic stability. The technique of discus throwing is quite difficult to master and needs much experience to perfect; thus most top throwers are 30 years old or more.
The discus throw is sometimes contested indoors, but it is not included at the World Athletics Indoor Championships. World Athletics used to keep “world indoor best” discus records, but since 2023 they now combine both indoor and outdoor marks.
Understanding the Equipment
A discus is a circular object made of wood, metal, or a combination of materials. Its weight and diameter vary based on the athlete’s category. The rim’s design allows for optimal grip and aerodynamics, enabling the thrower to achieve remarkable distances when proper techniques are applied.
Phases
The discus technique can be broken down into phases. The purpose is to transfer from the back to the front of the throwing circle while turning through one and a half circles. The speed of delivery is high, and speed is built up during the throw (slow to fast). Correct technique involves the buildup of torque so that maximum force can be applied to the discus on delivery.
Initially, the thrower takes up their position in the throwing circle, distributing their body weight evenly over both feet, which are roughly shoulder width apart. They crouch in order to adopt a more efficient posture to start from whilst also isometrically preloading their muscles; this will allow them to start faster and achieve a more powerful throw. They then begin the wind-up, which sets the tone for the entire throw; the rhythm of the wind-up and throw is very important.
Focusing on rhythm can bring about the consistency to get in the right positions that many throwers lack. Executing a sound discus throw with solid technique requires perfect balance. This is due to the throw being a linear movement combined with a one and a half rotation and an implement at the end of one arm. Thus, a good discus thrower needs to maintain balance within the circle.
For a right handed thrower, the next stage is to move the weight over the left foot. From this position the right foot is raised, and the athlete ‘runs’ across the circle. There are various techniques for this stage where the leg swings out to a small or great extent, some athletes turn on their left heel (e.g. Ilke Wylluda) but turning on the ball of the foot is far more common.
The aim is to land in the ‘power position’, the right foot should be in the center and the heel should not touch the ground at any point. The left foot should land very quickly after the right. Weight should be mostly over the back foot with as much torque as possible in the body—so the right arm is high and far back. This is very hard to achieve.
The critical stage is the delivery of the discus, from this ‘power position’ the hips drive through hard, and will be facing the direction of the throw on delivery. Athletes employ various techniques to control the end-point and recover from the throw, such as fixing feet (to pretty much stop dead), or an active reverse spinning onto the left foot (e.g. Virgilijus Alekna).
Sports scientist Richard Ganslen researched the Aerodynamics of the Discus, reporting the discus will stall at an angle of 29°.
Techniques for a Powerful Discus Throw
- Grip and Stance:
- Hold the discus with your fingers spread evenly along its edge, ensuring a firm yet flexible grip.
- Stand in the throwing circle with your feet shoulder-width apart, ready to rotate your body.
- Wind-Up:
- Rotate your upper body to build momentum while keeping your feet grounded. This step is crucial for generating the torque needed for a powerful throw.
- Rotation and Release:
- Pivot on your dominant foot as you spin within the circle, maintaining balance.
- At the peak of your rotation, release the discus at a 35-45 degree angle for optimal distance.
- Follow-Through:
- Allow your body to naturally complete the rotation, ensuring safety and avoiding fouls.
Women
- Correct as of April 2024.
Ath.# | Perf.# | Mark | Athlete | Nation | Date | Place | Ref. |
---|---|---|---|---|---|---|---|
1 | 1 | 76.80 m (251 ft 11 in) | Gabriele Reinsch | East Germany | 9 July 1988 | Neubrandenburg | |
2 | 2 | 74.56 m (244 ft 7 in) | Zdeňka Šilhavá | Czechoslovakia | 26 August 1984 | Nitra | |
Ilke Wyludda | East Germany | 23 July 1989 | Neubrandenburg | ||||
4 | 74.44 m (244 ft 2 in) | Reinsch #2 | 13 September 1988 | Berlin | |||
5 | 74.40 m (244 ft 1 in) | Wyludda #2 | 13 September 1988 | Berlin | |||
4 | 6 | 74.08 m (243 ft 0 in) | Diana Gansky | East Germany | 20 June 1987 | Karl-Marx-Stadt | |
7 | 73.90 m (242 ft 5 in) | Gansky #2 | 27 June 1987 | Prague | |||
8 | 73.42 m (240 ft 10 in) | Reinsch #3 | 12 June 1988 | Karl-Marx-Stadt | |||
5 | 9 | 73.36 m (240 ft 8 in) | Irina Meszynski | East Germany | 17 August 1984 | Prague | |
10 | 73.32 m (240 ft 6 in) | Gansky #2 | 11 June 1987 | Neubrandenburg | |||
6 | 11 | 73.28 m (240 ft 5 in) | Galina Savinkova | Soviet Union | 8 September 1984 | Donetsk | |
12 | 73.26 m (240 ft 4 in) | Savinkova #2 | 22 May 1983 | Leselidze | |||
Gansky #3 | 6 June 1986 | Neubrandenburg | |||||
14 | 73.24 m (240 ft 3 in) | Gansky #4 | 29 May 1987 | Leipzig | |||
7 | 15 | 73.22 m (240 ft 2 in) | Tsvetanka Khristova | Bulgaria | 19 April 1987 | Kazanlak | |
16 | 73.16 m (240 ft 0 in) | Wyludda #3 | 13 September 1988 | Berlin | |||
8 | 17 | 73.10 m (239 ft 9 in) | Gisela Beyer | East Germany | 20 July 1984 | Berlin | |
9 | 18 | 73.09 m (239 ft 9 in) | Yaime Pérez | Cuba | 13 April 2024 | Ramona | |
19 | 73.04 m (239 ft 7 in) | Gansky #5 | 6 June 1987 | Potsdam | |||
Wyludda #4 | 5 August 1989 | Gateshead | |||||
21 | 72.96 m (239 ft 4 in) | Savinkova #3 | 23 June 1985 | Erfurt | |||
22 | 72.94 m (239 ft 3 in) | Gansky #6 | 9 July 1988 | Neubrandenburg | |||
10 | 23 | 72.92 m (239 ft 2 in) | Martina Hellmann | East Germany | 20 August 1987 | Potsdam | |
24 | 72.78 m (238 ft 9 in) | Hellmann #2 | 11 June 1987 | Neubrandenburg | |||
Reinsch #4 | 29 June 1988 | Berlin | |||||
11 | 72.14 m (236 ft 8 in) | Galina Murashova | Soviet Union | 17 August 1984 | Prague | ||
12 | 71.80 m (235 ft 6 in) | Mariya Vergova | Bulgaria | 13 July 1980 | Sofia | ||
13 | 71.68 m (235 ft 2 in) | Xiao Yanling | China | 14 March 1992 | Beijing | ||
14 | 71.58 m (234 ft 10 in) | Ellina Zvereva | Soviet Union | 12 June 1988 | Leningrad | ||
15 | 71.50 m (234 ft 6 in) | Evelin Jahl | East Germany | 10 May 1980 | Potsdam | ||
16 | 71.46 m (234 ft 5 in) | Valarie Allman | United States | 8 April 2022 | San Diego | ||
17 | 71.41 m (234 ft 3 in) | Sandra Perković | Croatia | 18 July 2017 | Bellinzona | ||
18 | 71.30 m (233 ft 11 in) | Larisa Korotkevich | Russia | 29 May 1992 | Sochi | ||
19 | 71.22 m (233 ft 7 in) | Ria Stalman | Netherlands | 15 July 1984 | Walnut | ||
20 | 70.88 m (232 ft 6 in) | Hilda Ramos | Cuba | 8 May 1992 | Havana | ||
21 | 70.80 m (232 ft 3 in) | Larisa Mikhalchenko | Soviet Union | 18 June 1988 | Kharkiv | ||
22 | 70.68 m (231 ft 10 in) | Maritza Martén | Cuba | 18 July 1992 | Seville | ||
23 | 70.65 m (231 ft 9 in) | Denia Caballero | Cuba | 20 June 2015 | Bilbao | ||
24 | 70.50 m (231 ft 3 in) | Faina Melnik | Soviet Union | 24 April 1976 | Sochi | ||
25 | 70.34 m (230 ft 9 in) | Silvia Madetzky | East Germany | 16 May 1988 | Athens |
Training for Discus
To excel in discus, athletes must focus on building strength, flexibility, and coordination. Here are some training tips:
- Strength Training: Incorporate exercises like squats, deadlifts, and bench presses to build power.
- Plyometrics: Improve explosive strength with exercises like box jumps and medicine ball throws.
- Core Workouts: Develop a strong core with planks, Russian twists, and leg raises to enhance rotation power.
- Throwing Drills: Practice with lighter discs to refine your technique before progressing to standard weights.
Notable Discus Champions
Over the years, many athletes have left their mark on discus. Legends like Al Oerter, a four-time Olympic gold medalist, and Sandra Perković, a two-time Olympic champion, have inspired generations with their performances. Mykolas Alekna had throws of 72.71, 72.89 and 74.35, initially measured as 74.41, at the Oklahoma Throws Series in Ramona on 14 April 2024, becoming the first man to produce three throws above 72 meters (and six throws above 70 meters) in a single competition.
Kristjan Čeh had throws of 71.86, 71.70 and 71.19 in Jõhvi on 16 June 2023 becoming the first man to have three throws above 71 metres in a single competition.
At the 2019 Diamond League Meeting in Doha, Qatar, Daniel Ståhl became the first man to produce six throws beyond 69.50 in a single competition.
Culture
The discus throw has been the subject of a number of well-known ancient Greek statues and Roman copies such as the Discobolus and Discophoros. The discus throw also appears repeatedly in ancient Greek mythology, featured as a means of manslaughter in the cases of Hyacinth, Crocus, Phocus, and Acrisius, and as a named event in the funeral games of Patroclus.
Discus throwers have been selected as a main motif in numerous collectors’ coins. One of the recent samples is the €10 Greek Discus commemorative coin, minted in 2003 to commemorate the 2004 Summer Olympics. On the obverse of the coin a modern athlete is seen in the foreground in a half-turned position, while in the background an ancient discus thrower has been captured in a lively bending motion, with the discus high above his head, creating a vivid representation of the sport.
Men
- Correct as of May 2024
Ath.# | Perf.# | Mark | Athlete | Nation | Date | Place | Ref. |
---|---|---|---|---|---|---|---|
1 | 1 | 74.35 m (243 ft 11 in) | Mykolas Alekna | Lithuania | 14 April 2024 | Ramona | |
2 | 2 | 74.08 m (243 ft 0 in) | Jürgen Schult | East Germany | 6 June 1986 | Neubrandenburg | |
3 | 3 | 73.88 m (242 ft 4 in) | Virgilijus Alekna | Lithuania | 3 August 2000 | Kaunas | |
4 | 4 | 73.38 m (240 ft 8 in) | Gerd Kanter | Estonia | 4 September 2006 | Helsingborg | |
5 | 72.02 m (236 ft 3 in) | Kanter #2 | 3 May 2007 | Salinas | |||
6 | 71.88 m (235 ft 9 in) | Kanter #3 | 8 May 2008 | Salinas | |||
5 | 7 | 71.86 m (235 ft 9 in) | Yuriy Dumchev | Soviet Union | 29 May 1983 | Moscow | |
Daniel Ståhl | Sweden | 29 June 2019 | Bottnaryd | ||||
Kristjan Čeh | Slovenia | 16 June 2023 | Jõhvi | ||||
8 | 10 | 71.84 m (235 ft 8 in) | Piotr Małachowski | Poland | 8 June 2013 | Hengelo | |
9 | 11 | 71.70 m (235 ft 2 in) | Róbert Fazekas | Hungary | 14 July 2002 | Szombathely | |
12 | 71.64 m (235 ft 0 in) | Kanter #4 | 25 June 2009 | Kohila | |||
13 | 71.56 m (234 ft 9 in) | V. Alekna #2 | 25 July 2007 | Kaunas | |||
10 | 14 | 71.50 m (234 ft 6 in) | Lars Riedel | Germany | 3 May 1997 | Wiesbaden | |
11 | 15 | 71.48 m (234 ft 6 in) | Alex Rose | Samoa | 11 May 2024 | Allendale | |
16 | 71.47 m (234 ft 5 in) | Ståhl #2 | 21 June 2022 | Uppsala | |||
17 | 71.46 m (234 ft 5 in) | Ståhl #3 | 21 August 2023 | Budapest | |||
18 | 71.45 m (234 ft 4 in) | Kanter #5 | 29 April 2010 | Chula Vista | |||
Ståhl #4 | 16 June 2023 | Jõhvi | |||||
20 | 71.40 m (234 ft 3 in) | Ståhl #5 | 10 July 2021 | Bottnaryd | |||
21 | 71.39 m (234 ft 2 in) | M. Alekna #2 | 6 April 2024 | Berkeley | |||
22 | 71.37 m (234 ft 1 in) | Ståhl #6 | 10 August 2020 | Sollentuna | |||
12 | 23 | 71.32 m (233 ft 11 in) | Ben Plucknett | United States | 4 June 1983 | Eugene | |
24 | 71.29 m (233 ft 10 in) | Ståhl #7 | 29 June 2017 | Sollentuna | |||
25 | 71.27 m (233 ft 9 in) | Čeh #2 | 21 May 2022 | Birmingham | |||
13 | 71.26 m (233 ft 9 in) | John Powell | United States | 9 June 1984 | San Jose | ||
Rickard Bruch | Sweden | 15 November 1984 | Malmö | ||||
Imrich Bugár | Czechoslovakia | 25 May 1985 | San Jose | ||||
16 | 71.18 m (233 ft 6 in) | Art Burns | United States | 19 July 1983 | San Jose | ||
17 | 71.16 m (233 ft 5 in) | Wolfgang Schmidt | East Germany | 9 August 1978 | Berlin | ||
18 | 71.14 m (233 ft 4 in) | Anthony Washington | United States | 22 May 1996 | Salinas | ||
19 | 71.06 m (233 ft 1 in) | Luis Delís | Cuba | 21 May 1983 | Havana | ||
20 | 70.98 m (232 ft 10 in) | Mac Wilkins | United States | 9 July 1980 | Helsinki | ||
21 | 70.82 m (232 ft 4 in) | Aleksander Tammert | Estonia | 15 April 2006 | Denton | ||
22 | 70.78 m (232 ft 2 in) | Fedrick Dacres | Jamaica | 16 June 2019 | Rabat | ||
23 | 70.68 m (231 ft 10 in) | Lukas Weißhaidinger | Austria | 19 May 2023 | Schwechat | ||
24 | 70.66 m (231 ft 9 in) | Robert Harting | Germany | 22 May 2012 | Turnov | ||
25 | 70.54 m (231 ft 5 in) | Dmitriy Shevchenko | Russia | 7 May 2002 | Krasnodar |
Why Discus Is a Unique Sport
Discus combines elements of physics, physical conditioning, and mental focus, making it a multidimensional sport. Its rich history and technical demands continue to captivate audiences and athletes worldwide.
Conclusion
Mastering the discus requires dedication, practice, and a keen understanding of its techniques and history. Whether you’re pursuing discus as a hobby or aiming for competitive success, the sport offers a rewarding journey. With the right training and mindset, you can achieve great distances and make your mark in the world of athletics.
By focusing on your techniques and appreciating the history of discus, you can truly embrace this ancient yet timeless sport.
What is the discus made of?
Discus is typically made of wood, metal, or composite materials. The rim is often metal to provide the weight and aerodynamic shape necessary for competition throws.
What is the weight of a discus?
For men, the standard discus weighs 2 kg (4.4 lbs).
For women, the standard discus weighs 1 kg (2.2 lbs).
Younger athletes may use lighter weights based on age and competition level.
How big is a discus?
The diameter of a men’s discus is about 219-221 mm, while the women’s discus is smaller, measuring 180-182 mm in diameter.
What are the key techniques for throwing the discus?
Proper grip with fingers evenly spread.
Effective wind-up and rotation for building momentum.
Releasing the discus at an optimal angle of 35-45 degrees.
Balanced follow-through to ensure safety and avoid fouls.
How can I improve my discus throw distance?
Focus on strength training, core workouts, and plyometric exercises. Additionally, practice throwing drills with lighter discs to refine your technique and gradually progress to heavier ones.