Triple and Quintuple Hops: Utility, Reliability, Asymmetry, and Relationship to Performance

Michael Stolberg; Anthony Sharp; Alain S. Comtois; Rhodri S. Lloyd; Jon L. Oliver; John Cronin

doi:10.1519/SSC.0000000000000224

Triple and Quintuple Hops: Utility, Reliability, Asymmetry, and Relationship to Performance

Michael Stolberg^*, Anthony Sharp, Alain S. Comtois, Rhodri S. Lloyd, Jon L. Oliver, John Cronin

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

5 Citations (Scopus)

Abstract

TRIPLE AND QUINTUPLE HOPS (THT AND QHT, RESPECTIVELY) ARE USED TO TEST REPEATED PROPULSION. THIS NARRATIVE REVIEW PROVIDES INFORMATION REGARDING THE USE OF THT AND QHT, AS WELL AS THEIR RELIABILITY, TESTING NORMS BY SEX AND ATHLETIC LEVEL, THEIR ABILITY IN DETECTING ASYMMETRY AND RELEVANCE TO OTHER PERFORMANCE MEASURES. THE TESTS' RELIABILITY (INTRACLASS CORRELATION COEFFICIENT [ICC] THT 0.80-0.98; STANDARD ERROR OF THE MEAN [SEM] THT 0.11-0.23 M; ICC QHT 0.89) WARRANTS THEIR INCLUSION DURING TESTING BATTERIES. THT RANGES FROM 4.28 TO 6.90 M AND ASYMMETRIES RANGE FROM 10 TO 15%. THT IS LIKELY RELATED TO ACCELERATION CAPABILITIES. PRACTICAL RECOMMENDATIONS ARE PROVIDED TO PRACTITIONERS REGARDING TESTS' ADMINISTRATION.

Original language	English
Pages (from-to)	18-25
Number of pages	8
Journal	Strength and Conditioning Journal
Volume	38
Issue number	3
DOIs	https://doi.org/10.1519/SSC.0000000000000224
Publication status	Published - 1 Jun 2016

Keywords

field test
horizontal propulsion
jump
sprinting
unilateral

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title = "Triple and Quintuple Hops: Utility, Reliability, Asymmetry, and Relationship to Performance",

abstract = "TRIPLE AND QUINTUPLE HOPS (THT AND QHT, RESPECTIVELY) ARE USED TO TEST REPEATED PROPULSION. THIS NARRATIVE REVIEW PROVIDES INFORMATION REGARDING THE USE OF THT AND QHT, AS WELL AS THEIR RELIABILITY, TESTING NORMS BY SEX AND ATHLETIC LEVEL, THEIR ABILITY IN DETECTING ASYMMETRY AND RELEVANCE TO OTHER PERFORMANCE MEASURES. THE TESTS' RELIABILITY (INTRACLASS CORRELATION COEFFICIENT [ICC] THT 0.80-0.98; STANDARD ERROR OF THE MEAN [SEM] THT 0.11-0.23 M; ICC QHT 0.89) WARRANTS THEIR INCLUSION DURING TESTING BATTERIES. THT RANGES FROM 4.28 TO 6.90 M AND ASYMMETRIES RANGE FROM 10 TO 15%. THT IS LIKELY RELATED TO ACCELERATION CAPABILITIES. PRACTICAL RECOMMENDATIONS ARE PROVIDED TO PRACTITIONERS REGARDING TESTS' ADMINISTRATION.",

keywords = "field test, horizontal propulsion, jump, sprinting, unilateral",

author = "Michael Stolberg and Anthony Sharp and Comtois, {Alain S.} and Lloyd, {Rhodri S.} and Oliver, {Jon L.} and John Cronin",

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year = "2016",

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doi = "10.1519/SSC.0000000000000224",

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AU - Sharp, Anthony

AU - Comtois, Alain S.

AU - Lloyd, Rhodri S.

AU - Oliver, Jon L.

AU - Cronin, John

PY - 2016/6/1

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N2 - TRIPLE AND QUINTUPLE HOPS (THT AND QHT, RESPECTIVELY) ARE USED TO TEST REPEATED PROPULSION. THIS NARRATIVE REVIEW PROVIDES INFORMATION REGARDING THE USE OF THT AND QHT, AS WELL AS THEIR RELIABILITY, TESTING NORMS BY SEX AND ATHLETIC LEVEL, THEIR ABILITY IN DETECTING ASYMMETRY AND RELEVANCE TO OTHER PERFORMANCE MEASURES. THE TESTS' RELIABILITY (INTRACLASS CORRELATION COEFFICIENT [ICC] THT 0.80-0.98; STANDARD ERROR OF THE MEAN [SEM] THT 0.11-0.23 M; ICC QHT 0.89) WARRANTS THEIR INCLUSION DURING TESTING BATTERIES. THT RANGES FROM 4.28 TO 6.90 M AND ASYMMETRIES RANGE FROM 10 TO 15%. THT IS LIKELY RELATED TO ACCELERATION CAPABILITIES. PRACTICAL RECOMMENDATIONS ARE PROVIDED TO PRACTITIONERS REGARDING TESTS' ADMINISTRATION.

AB - TRIPLE AND QUINTUPLE HOPS (THT AND QHT, RESPECTIVELY) ARE USED TO TEST REPEATED PROPULSION. THIS NARRATIVE REVIEW PROVIDES INFORMATION REGARDING THE USE OF THT AND QHT, AS WELL AS THEIR RELIABILITY, TESTING NORMS BY SEX AND ATHLETIC LEVEL, THEIR ABILITY IN DETECTING ASYMMETRY AND RELEVANCE TO OTHER PERFORMANCE MEASURES. THE TESTS' RELIABILITY (INTRACLASS CORRELATION COEFFICIENT [ICC] THT 0.80-0.98; STANDARD ERROR OF THE MEAN [SEM] THT 0.11-0.23 M; ICC QHT 0.89) WARRANTS THEIR INCLUSION DURING TESTING BATTERIES. THT RANGES FROM 4.28 TO 6.90 M AND ASYMMETRIES RANGE FROM 10 TO 15%. THT IS LIKELY RELATED TO ACCELERATION CAPABILITIES. PRACTICAL RECOMMENDATIONS ARE PROVIDED TO PRACTITIONERS REGARDING TESTS' ADMINISTRATION.

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Triple and Quintuple Hops: Utility, Reliability, Asymmetry, and Relationship to Performance

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Keywords

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