Su Bingtian ran the fastest times at 6.29 in 60m and 3.73 in 30m during his 9.83 race

>> September 18, 2021

At the Tokyo 2020 Olympics, Su Bingtian clocked a time of 9.83 (+0.9) to win his men's 100m semifinals. 

He achieved the time with a "standard" reaction time of 0.142.

This time is phenomenal. The closest mark by a non-black sprinter was 9.92, which was set by Bingtian himself. The next fastest among a non-black decent is Frenchman Christophe Lemaitre with a 9.92 clocking. 

The split times are fascinating. En-route to his 9.83 clocking, Bingtian set a time of 6.29 at 60m, as well as recorded 3.73 at 30m; both are now being confirmed as the fastest times by a human being for these distances. 

It means that the 5'7" tall Chinese was running faster than Usain Bolt at some points of the 100m dash.

For a comparison, Usain Bolt recorded 3.78 and 6.31 for the 30m and 60m, respectively when he set the 9.58 world record in 2009.

He broke the sub-10 for the first time in 2015 at the Prefontaine Classic in Eugene, Oregon. In the same year, he ran the time once again during the world championships in Beijing. 

Three years later in 2018 he lowered his best time to 9.91 in Madrid that equaled Femi Ogunode's Asian record. He repeated the feat a week later in Paris. At the same year, he won the Asian Games in Jakarta in 9.92.

Earlier of his sprint career, he set the Chinese national record for the 100m in 2011 National championships, setting 10.16, that was 0.01 faster than the old mark of 10.17 jointly held by Zhou Wei (1998) and Chen Haijian (2003).

Su Bingtian recorded 9.83 (100m); 3.73 (30m), 6.39 (200m)

Su Bingtian's progression in the 100m since 2006 (from age 17):
2006- 10.59
2007- 10.45
2008- 10.41 (best time as a junior sprinter)
2009- 10.32
2010- 10.32
2011- 10.16
2012- 10.19
2013- 10.06
2014- 10.10
2015- 9.99
2016- 10.08
2017- 10.03
2018- 9.91 (=Asian record)
2019- 10.05
2020- na
2021- 9.83 (Asian record)


Detrimental effects of COVID-19 lockdown on sports and athletes

>> September 11, 2021

The lockdowns imposed due to the COVID-19 pandemic have had multifaceted effects on athletes, impacting their physical fitness, training routines, mental well-being, and career opportunities, among other aspects of their professional and personal lives. 

Recently, a global study investigated training-related knowledge, beliefs, and practices of 12,526 athletes from 142 countries and six continents during the COVID-19 lockdown (Washif et al., 2021). 

Based on this study, most athletes wanted to maintain training and disagreed with the idea of not training during lockdown. However, they had moderate knowledge and beliefs about training disruptions, de-training, and their effects. 

Furthermore, the study reported that during lockdown, athletes trained alone and focused on general fitness and health maintenance. Specific training, such as endurance and interval training, was challenging to maintain at pre-lockdown levels. 

The authors also noted that training frequency, duration, and intensity were reduced for most athletes. 

The study provides insights for policy makers, athletes, and their teams regarding lockdown challenges, and ideas to adapt training practices during similar disruptions. 

More insights regarding the general impact of lockdown on athletes from the study and other resources, are provided below.

Physical, physiological, and performance effects 

Decreased fitness levels as a result of lack of regular and intensive training, which affects cardiovascular fitness, muscle strength, and endurance, etc. 

Weight gain or loss. Changes in dietary habits (in negative ways), combined with decreased physical activity, have negative impacts on athlete's body composition. 

Reduced skill proficiency due to missing regular practice that diminish skill levels in certain sports (particularly those that requires sophisticated equipment). 

Increased injury risks from a sudden resumption of intense training post-lockdown. 

Mental and emotional effects 

Mental health concerns may be triggered due to increased feelings of anxiety, depression, and stress, resulted from uncertainty about the future and disruptions in routine. 

Lack of motivation, as a result of the absence of competitions, as well as structured training and regular interaction with teammates. 

Concerns about returning to pre-lockdown performance levels may also induce stress. Changes in routine and environment (home training; limited resources) can lead to distractions and decreased concentration. 

Athlete's career and future 

Lost opportunities, e.g., sponsorship deals. Missing key events may impact athlete ability to look for, or be scouted or gain sponsorships. 

Extended lockdowns or multiple lockdowns can potentially shorten the career span of athletes, especially in sports with "limited active years."

Nevertheless, it's worth noting that lockdown effects can vary depending on the athlete's sport, level of professionalism, geographical location, among others. 

For example, the Washif et al. (2021) study outlined that higher level athletes (e.g., world class, international-level) had better access to resources and were more receptive to remote coaching. 

"Higher level athletes had a stronger desire to maintain training, retained training specificity to a greater degree, had better access to resources, and were more receptive to remote coaching compared to lower level athletes during the COVID-19 lockdown" (Washif et al., 2021). 

Lockdowns significantly altered athletes' lives and routines, impacting physical health, mental well-being, and career trajectories, highlighting the need for specific assistance, as well as adaptability and resilience in unprecedented times.

Washif JA, Farooq A, Krug I, Pyne DB, Verhagen E, Taylor L, et al. Training during the COVID-19 lockdown: knowledge, beliefs, and practices of 12,526 athletes from 142 countries and six continents. Sports Medicine. 2021; 1-16. (Link)



To be updated




To be updated



Copyright © 2009-2018, . All Rights Reserved . Policy . Term of Use
Sports Top Blogs Sports blogs & blog posts Free Web Stats

Back to TOP