Wallmann HW, Mercer JA, Landers MR. Surface electromyographic assessment of the effect of dynamic activity and dynamic activity with static stretching of the gastrocnemius on
vertical jump performance.
The effect of static, ballistic, and proprioceptive neuromuscular facilitation stretching on
vertical jump performance.
Interestingly, these results support the claims of one 2012 study from Hartmann et al. that examined the transfer of deep squats and partial squats on
vertical jump performance and found that deep squats transferred very favorably to vertical jumping, whereas partial squats did not.
Force - vector specificity was observed, as axial exercise training improved
vertical jumping performances by more than anteroposterior exercise training, while anteroposterior exercise training improved short distance sprinting performances by more than axial exercise training.
Not exact matches
The linemen's
performance in drills this week — particularly the bench press, broad
jump, and
vertical — might change everything.
He still tied with Barkley for 29 bench press reps, and he added a respectable 4.52 40 - yard dash, a 10» 8 broad
jump, and a 38.5
vertical to round out his fine
performance.
In order to optimize your
performance and to maximize your
vertical jump you should fall in the middle of the absolute strength to absolute speed continuum.
Training with weightlifting derivatives improves weightlifting derivative
performance, lower body strength (as measured by 1RM squat and force production), peak power output, and
vertical jump height.
Although Hartman et al. (2007) and Siahkouhian & Kordi (2010) failed to report increases in
performance in
vertical jump height in their investigations, the relatively short length of these programs (3 — 4 weeks) was most likely responsible for the lack of any result.
Carrying out a purely observational study, Siahkouhian & Kordi (2010) failed to note any effect of a single week of double volume training, while Storey et al. (2015) noted temporary reductions in
vertical jump height and snatch
performance, but not in clean and jerk
performance, as a result of a similar, single week of very high volume training.
Outcomes — changes in strength, athletic
performance measures (sprint running or
vertical jumping), weightlifting
performance, body composition, and hormone levels
Olympic weightlifting training improves snatch and clean and jerk
performance, lower body strength (as measured by 1RM squat and isometric force), lower body power output, short distance sprint running ability,
vertical jump height, and maximum aerobic capacity (as measured by VO2 - max).
Studies have found that
performance in an Olympic lift or a weightlifting derivative is moderate - to - strongly associated with
vertical jump height (Hori et al. 2008; Channell & Barfield, 2008; Loturco et al. 2015) as well as
vertical jump power output (Carlock et al. 2004; Hori et al. 2008: Nuzzo et al. 2008) and
vertical jump peak velocity (Nuzzo et al. 2008).
Dynamic stretching does a better job at increasing muscular
performance, agility, sprint
performance,
vertical jump, speed, and power as compared to static stretching [5][6][7][8][9].
This fascinating and very important long - term study sheds some more light on the essential role that the hips play in sports
performance, including the
vertical jump.
After completing the foam rolling, the subjects then completed 4 athletic tests (
vertical jump height and power, isometric force, and pro agility test) to determine overall
performance.
Games from this era typically handled
performance drops by either disengaging
vertical sync, as with ZOE 2, or simply dropping to a frame - rate evenly divisible by 60Hz (which, in this case, would have resulted in a
jump from 60 fps to 30 fps had the developers not employed the use of soft v - sync).