From Wikipedia, the free encyclopedia

The highest power that a cyclist can maintain in a quasi-steady state without fatigue for approximately 1 hour. [1] [2]

An important metric and benchmark in cycling used to measure fitness, set power zones, and predict performance.

References

What is Functional Threshold Power https://inscyd.com/article/ftp-limitation/ https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6835290/ reflist}}

  1. ^ Borszcz, Fernando Klitzke; Tramontin, Artur Ferreira; Costa, Vitor Pereira (2020-03-01). "Reliability of the Functional Threshold Power in Competitive Cyclists". International Journal of Sports Medicine. 41 (3): 175–181. doi: 10.1055/a-1018-1965. ISSN  0172-4622. PMID  31952081.
  2. ^ Allen, Hunter; PhD, Andrew R. Coggan; PhD, Stephen McGregor (2019-04-17). Training and Racing with a Power Meter: Third Edition (3rd ed.). VeloPress. ISBN  978-1-937715-93-9.
From Wikipedia, the free encyclopedia

The highest power that a cyclist can maintain in a quasi-steady state without fatigue for approximately 1 hour. [1] [2]

An important metric and benchmark in cycling used to measure fitness, set power zones, and predict performance.

References

What is Functional Threshold Power https://inscyd.com/article/ftp-limitation/ https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6835290/ reflist}}

  1. ^ Borszcz, Fernando Klitzke; Tramontin, Artur Ferreira; Costa, Vitor Pereira (2020-03-01). "Reliability of the Functional Threshold Power in Competitive Cyclists". International Journal of Sports Medicine. 41 (3): 175–181. doi: 10.1055/a-1018-1965. ISSN  0172-4622. PMID  31952081.
  2. ^ Allen, Hunter; PhD, Andrew R. Coggan; PhD, Stephen McGregor (2019-04-17). Training and Racing with a Power Meter: Third Edition (3rd ed.). VeloPress. ISBN  978-1-937715-93-9.

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