Publication | Open Access
Using the load-velocity relationship for 1RM prediction
244
Citations
12
References
2010
Year
EngineeringMechanical EngineeringSimulationKinesiologyExerciseHuman Performance MeasuringStrength PropertyNumerical SimulationApplied PhysiologyThermodynamicsSport PhysiologyRepetition MaximumBench Press 1RmPhysical MedicineBench Press 1Health SciencesPhysical FitnessPredictive AnalyticsLoad-velocity RelationshipEnergy ForecastingForecastingEnergy PredictionExercise ScienceEnergy ManagementLoad ShiftingExercise PhysiologyMechanical PerformanceAthletic TrainingThermal Engineering
The purpose of this study was to investigate the ability of the load-velocity relationship to accurately predict a bench press 1 repetition maximum (1RM). Data from 3 different bench press studies (n = 112) that incorporated both 1RM assessment and submaximal load-velocity profiling were analyzed. Individual regression analysis was performed to determine the theoretical load at zero velocity (LD0). Data from each of the 3 studies were analyzed separately and also presented as overall group mean. Thereafter, correlation analysis provided quantification of the relationships between 1RM and LD0. Practically perfect correlations (r = ∼0.95) were observed in our samples, confirming the ability of the load-velocity profile to accurately predict bench press 1RM.
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