Since it was introduced as a central part of the modern Olympic Games in 1896, it takes place in countless cities worldwide, mostly because of its popular appeal, 1 with the participation rates increasing continuously during the last years.
The marathon run is the most classic Olympic running event. For the females, there is poor evidence regarding the physiological profile of the female marathoner who will break Radcliffe’s record, but the available literature suggests that it will not happen any time soon. Most likely, this runner originates from East Africa (especially from Ethiopia) and will have an age of ~27 years. In addition, this runner should pay more attention to strength training, endurance strength, speed training, and focus on running training at an intensity above the anaerobic threshold. This marathoner will possibly have a maximal oxygen uptake >85 mL∙kg −1∙min −1 and should perform the race at a pacing higher than 85% of maximal oxygen uptake.
In summary, with the results of the developed equations, it is possible that a male athlete can break through the sub-2-hour barrier in the next decade (with Nike ® Breaking2 performance 1920–2018 : y =0.0417 x 2–14.18 x +3,128 year of 2026 without NBP 1920–2018: y =0.045 x 2–15.12 x +3,194 year of 2027).
Further, we present several aspects (ie, physiology, nationality, age, biomechanics, pacing, and drafting) that are associated with marathon running performance in elite runners and, finally, the possible characteristics of the male to break the sub-2-hour barrier. In this review we present a mathematical model to estimate the possible year when a male could break through the sub-2-hour barrier, and also an estimation of when a female could break Paula Radcliffe’s marathon running record. The sub-2-hour marathon is a new barrier in endurance running performance, and it has been widely debated in the scientific community.
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