PubHawk
Scand J Med Sci Sports June 2016 PMID 25996964

A simple method for measuring power, force, velocity properties, and mechanical effectiveness in sprint running.

P Samozino, G Rabita, S Dorel, J Slawinski, N Peyrot, E Saez de Villarreal, J-B Morin

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Mentions

20
Peak: 4 in Jul 2021
across 3 sources since Feb 2019

Extended reach

275,018
potential audience

Total likes

4,034

Video views

197,810

Mentions per month

Feb 2019 – Feb 2022

Where it's discussed

  • X / Twitter16 posts
  • YouTube2 videos
  • Facebook2 posts

AI synopsis

What people are saying

The discussions mostly support the practicality and relevance of the article, with examples such as mentions of load-velocity profiling, Pmax values, and personal application data, highlighting the perceived importance of these techniques. The tone varies from technical enthusiasm to casual curiosity, reflecting both interest and recognition of the method’s potential influence in sprint training.

AgreementModerate agreement

Most discussions acknowledge the effectiveness and practicality of the proposed measurement method, with some emphasizing its usefulness in real-world training and performance analysis.

InterestHigh interest

Posts show high interest, with users exploring specific details like load-velocity profiling and Pmax values, and referencing additional resources for deeper understanding.

EngagementModerate engagement

Posts demonstrate moderate engagement, with individuals reflecting on applications, sharing personal data, and discussing implications, although some are more casual or brief.

ImpactModerate impact

There is a recognition that this method could significantly improve sprint analysis and training, although some remain cautious about its limitations or novelty.

Abstract in brief

  • The study developed a simple, field-based method using an inverse dynamic approach to estimate force and power-velocity relationships during sprinting, relying only on anthropometric and spatiotemporal data.
  • Validation against force plate measurements showed that the method has high accuracy and reliability, with low bias and narrow limits of agreement for key variables like force, velocity, and power output.
  • The results suggest that this practical, easy-to-use method can effectively assess sprinting mechanics and force application in real-world settings, making it useful for training and performance analysis.]
Read the full abstract

Top posts

Most liked on X and Bluesky
西岡卓哉 Takuya Nishioka
@taku0726_tr · X

現場で使える力・速度・パワーの測定方法

Feb 26, 2022 · 65 likes · 5 shares · 14,695 followers View post →
西岡卓哉 Takuya Nishioka
@taku0726_tr · X

スプリントの力ー速度プロファイル（例：30m走→スマホのカメラで撮影して5mごとのタイムを算出）を行えば、超高価な床反力計の上で走らなくても、地面反力の傾きを数値化して、走りの加速効率を簡単かつ正確に評価できる。 これ本当凄い。 https://t.co/GnJswtp7nU https://t.co/x55QdIodXm

Jul 21, 2021 · 63 likes · 3 shares · 14,695 followers View post →
Mike Niklos
@CoachNiklos · X

Playing around with some previous data from @RileyLees and his NFL pro day training and created pre/post FVP profile Pretty cool to see the difference between the two & the impact his training had with these curves Resources: https://t.co/fh1aJP6yCg https://t.co/qdQ8ziDrz1 https://t.co/Am93M5eru8

Sep 21, 2021 · 5 likes · 3 shares · 3,886 followers View post →
Pascal EDOUARD
@PascalEdouard42 · X

@sprinterzycom @BaptCorcelle @lahti_johan @jb_morin @R_Nagahara @PierreSamozino For clear and detailed information please read: https://t.co/EYKYrJxbuA https://t.co/7oeYBk3YYj https://t.co/WfzErKyiiI https://t.co/mbSMNqVORM

Aug 10, 2021 · 5 likes · 2,345 followers View post →
Sportsmith
@SportsmithHQ · X

7) After the load-velocity profiling we will have our Pmax value which will occur at 50% V0 decrement. Some great papers to look into for more details on sprint profiling: https://t.co/TMxz8Yk7Oe https://t.co/LtdRdjsi5K https://t.co/hwVoEsOpqH https://t.co/OV1NGfXVgq

Nov 23, 2021 · 2 likes · 1 share · 30,309 followers View post →
Louis Cunningham
@LPCunningham_ · X

RT @SportsmithHQ: 7) After the load-velocity profiling we will have our Pmax value which will occur at 50% V0 decrement. Some great papers…

Nov 23, 2021 · 1 share · 3,324 followers View post →

All mentions

とよずみわたる【パーソナルトレーナー、S&Cコーチ】
@bbody_bee · X

RT @taku0726_tr: 現場で使える力・速度・パワーの測定方法

Feb 27, 2022 · 5 shares · 31 followers View post →
Haruto Arai
@HarutoAra1 · X

RT @taku0726_tr: 現場で使える力・速度・パワーの測定方法

Feb 26, 2022 · 5 shares · 77 followers View post →
Coach Saki「アスリートに最高の準備を提供する人」
@coach_saki · X

RT @taku0726_tr: 現場で使える力・速度・パワーの測定方法

Feb 26, 2022 · 5 shares · 1,723 followers View post →
西岡卓哉 Takuya Nishioka
@taku0726_tr · X

現場で使える力・速度・パワーの測定方法

Feb 26, 2022 · 65 likes · 5 shares · 14,695 followers View post →
Louis Cunningham
@LPCunningham_ · X

RT @SportsmithHQ: 7) After the load-velocity profiling we will have our Pmax value which will occur at 50% V0 decrement. Some great papers…

Nov 23, 2021 · 1 share · 3,324 followers View post →
Sportsmith
@SportsmithHQ · X

7) After the load-velocity profiling we will have our Pmax value which will occur at 50% V0 decrement. Some great papers to look into for more details on sprint profiling: https://t.co/TMxz8Yk7Oe https://t.co/LtdRdjsi5K https://t.co/hwVoEsOpqH https://t.co/OV1NGfXVgq

Nov 23, 2021 · 2 likes · 1 share · 30,309 followers View post →
F. Dave McInerney
@fdave2 · X

RT @CoachNiklos: Playing around with some previous data from @RileyLees and his NFL pro day training and created pre/post FVP profile Pret…

Sep 22, 2021 · 3 shares · 103 followers View post →
Riley Lees
@RileyLees · X

RT @CoachNiklos: Playing around with some previous data from @RileyLees and his NFL pro day training and created pre/post FVP profile Pret…

Sep 21, 2021 · 3 shares · 2,726 followers View post →
Mike Niklos
@CoachNiklos · X

Playing around with some previous data from @RileyLees and his NFL pro day training and created pre/post FVP profile Pretty cool to see the difference between the two & the impact his training had with these curves Resources: https://t.co/fh1aJP6yCg https://t.co/qdQ8ziDrz1 https://t.co/Am93M5eru8

Sep 21, 2021 · 5 likes · 3 shares · 3,886 followers View post →
Pascal EDOUARD
@PascalEdouard42 · X

@sprinterzycom @BaptCorcelle @lahti_johan @jb_morin @R_Nagahara @PierreSamozino For clear and detailed information please read: https://t.co/EYKYrJxbuA https://t.co/7oeYBk3YYj https://t.co/WfzErKyiiI https://t.co/mbSMNqVORM

Aug 10, 2021 · 5 likes · 2,345 followers View post →
TAKE
@shortsoul6 · X

RT @taku0726_tr: スプリントの力ー速度プロファイル（例：30m走→スマホのカメラで撮影して5mごとのタイムを算出）を行えば、超高価な床反力計の上で走らなくても、地面反力の傾きを数値化して、走りの加速効率を簡単かつ正確に評価できる。 これ本当凄い。 https…

Jul 22, 2021 · 3 shares · 442 followers View post →
永田 将行
@gorigoriPT · X

RT @taku0726_tr: スプリントの力ー速度プロファイル（例：30m走→スマホのカメラで撮影して5mごとのタイムを算出）を行えば、超高価な床反力計の上で走らなくても、地面反力の傾きを数値化して、走りの加速効率を簡単かつ正確に評価できる。 これ本当凄い。 https…

Jul 22, 2021 · 3 shares · 1,905 followers View post →
kazuki ando 安藤　和生
@kazukianrakudo · X

RT @taku0726_tr: スプリントの力ー速度プロファイル（例：30m走→スマホのカメラで撮影して5mごとのタイムを算出）を行えば、超高価な床反力計の上で走らなくても、地面反力の傾きを数値化して、走りの加速効率を簡単かつ正確に評価できる。 これ本当凄い。 https…

Jul 22, 2021 · 3 shares · 634 followers View post →
西岡卓哉 Takuya Nishioka
@taku0726_tr · X

スプリントの力ー速度プロファイル（例：30m走→スマホのカメラで撮影して5mごとのタイムを算出）を行えば、超高価な床反力計の上で走らなくても、地面反力の傾きを数値化して、走りの加速効率を簡単かつ正確に評価できる。 これ本当凄い。 https://t.co/GnJswtp7nU https://t.co/x55QdIodXm

Jul 21, 2021 · 63 likes · 3 shares · 14,695 followers View post →
Hal Toulon
@HAL_Toulon · X

[LAMHESS] [hal-01389134] A simple method for measuring power, force, velocity properties, and mechanical effectiveness in sprint running https://t.co/q8GSCWShKR

Nov 19, 2019 · 114 followers View post →
Hal Toulon
@HAL_Toulon · X

[LAMHESS] [hal-01389134] A simple method for measuring power, force, velocity properties, and mechanical effectiveness in sprint running https://t.co/S3LDGQtYdx

Feb 12, 2019 · 114 followers View post →