3000 metres

The 3000 metres or 3000-metre run is a track running event, also commonly known as the 3K or 3K run, where 7.5 laps are completed around an outdoor 400 m track or 15 laps around a 200 m indoor track.

Athletics 3000 metres
A women's indoor 3000 m race in Birmingham featuring Sentayehu Ejigu and Tirunesh Dibaba.
World records
Men	Daniel Komen 7:20.67 (1996)
Women	Wang Junxia 8:06.11 (1993)

It is debated whether the 3000m should be classified as a middle-distance or long-distance event.[1] In elite-level competition, 3000 m pace is more comparable to the pace found in the longer 5000 metres event, rather than mile pace. The world record performance for 3000 m equates to a pace of 58.76 seconds per 400 m, which is closer to the 60.43 seconds for 5000 m than the 55.46 seconds for the mile. However, the 3000 m does require some anaerobic conditioning, and an elite athlete needs to develop a high tolerance to lactic acid, as does the mile runner. Thus, the 3000 m demands a balance of aerobic endurance needed for the 5000 m and lactic acid tolerance needed for the Mile.

In men's athletics, 3000 metres has been an Olympic discipline only as a team race at the 1912, 1920 and 1924 Summer Olympics. It has not been contested at any of the IAAF outdoor championships, but is occasionally hosted at annual elite track and field meetings. It is often featured in indoor track and field programmes and is the longest-distance event present at the IAAF World Indoor Championships.

In women's athletics, 3000 metres was a standard event in the Olympic Games (1984 to 1992)[2] and World Championships (1980 to 1993).[3] The event was discontinued at World Championship and Olympic level after the 1993 World Championships in Athletics – Qu Yunxia being the final gold medal winner at the event. Starting with the 1995 World Championships in Athletics and the 1996 Olympic Games, it was replaced by 5000 metres, with other IAAF-organized championships following suit.

Skilled runners in this event reach speeds near vVO2max, for which the oxygen requirements of the body cannot continuously be satisfied,[4] requiring some anaerobic effort.