The power position is an integral position for a variety of power lifting movements. Athletes can develop their power position via an integrated approach involving sound exercise selection and purposeful instruction leading to enhanced strength and technique.
Coaches can help children and adolescents develop athletic ability by including motor skills training into sports practice and training. This approach is called integrative neuromuscular training.
This infographic briefly reviews the differences in sprint velocity and technique, including stride length and hip, knee, and ankle flexion during a 20-meter resisted sprint.
This hands-on lecture features Nick Tumminello, who spoke during the NSCA's 2014 TSAC Conference on the programming and use of hybrid strength complexes to lose fat and increase conditioning.
Personal trainersTSAC FacilitatorsExercise TechniqueProgram design
Learn how to identify the performance benefits associated with weightlifting and effective teaching progressions for weightlifting. In this session from the NSCA’s 2016 National Conference, Bo Sandoval discusses effective weightlifting methods to address common training errors and common concerns practitioners have with weightlifting.
Power and strength translate into force, the key behind any push athlete's success. In this lecture from the NSCA's 2015 Coaches Conference, USOC Coach Brad DeWeese discusses periodization and the need to develop phase potentiation for push athletes.
In this video from the NSCA's 2014 National Conference, Bret Contreras discusses how moving horizontally - quick breaks and agility drills vs. hopping - can result in explosive acceleration and speed.
Jacob Wilson, PhD, CSCS,*D, presents at the NSCA's 2013 National Conference on the controversial topic of blood flow restriction training and its effects on strength and hypertrophy
Personal trainersCoachesExercise TechniqueProgram design
In this session from the 2017 NSCA National Conference, Mike Stone explains what rate of force development (RFD) is, how it is derived, and the underlying mechanisms affecting RFD.