B
BlairBob
Ok, it took a bit of time to find some watt values for Olympic Lifting and sprinting and jumping.
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Vertical Jump Power 4417.09 W 576.66 W
40 Yard Power 5248.03 W 592.98 W
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Given that the average mass for the sprinters is 74.2kg this would amount to 3242.5W or 3277.5W with the mass of the Newtonian model at maximal velocity which is far greater than the power values calculated for our model of approximately 1780 watts at the same distance of 35-40m from the start.
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60kg lifter 82.5kg lifter
Snatch Pull 1592 2173
Clean Pull 1583 2123
Upper Snatch Pull 2858 3634
Upper Clean Pull 2463 3475
Jerk Drive 2627 3385
Link Removed pg 85
You'll see more data of 2nd pull/jerk thrust wattage numbers that can eclipse the above but some of it is also dependent on the weight class.
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Jump data of Sprinters to Olympic Weightlifters to Powerlifters
Why a blend of squats and plyometrics provides the best gain in power production.
http://journals.lww.com/nsca-jscr/A..._of_Six_Weeks_of_Squat,_Plyometric_and.6.aspx
Link RemovedEvidence for this comes from male sprinters (n = 6, 100 m time 10.75 s) in whom power production (as estimated using inverse dynamics) on a force plate 14 m from the sprint start exceeded 3000 W in hip extension, 1500 W in knee extension and 3000 W in ankle plantarflexion (Johnson & Buckley, 2001).
same articleIn jumping, high power outputs are evident in the last 150 ms of the countermovement jump (CMJ) in physically active males (Harman et al., 1990) and peak power values of ~6400 W are typical in male University American Football and Track & Field athletes (n = 7 & 6, respectively) (Nuzzo et al., 2008
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Vertical Jump Power 4417.09 W 576.66 W
40 Yard Power 5248.03 W 592.98 W
Link Removed
Given that the average mass for the sprinters is 74.2kg this would amount to 3242.5W or 3277.5W with the mass of the Newtonian model at maximal velocity which is far greater than the power values calculated for our model of approximately 1780 watts at the same distance of 35-40m from the start.
Link Removed page 59
60kg lifter 82.5kg lifter
Snatch Pull 1592 2173
Clean Pull 1583 2123
Upper Snatch Pull 2858 3634
Upper Clean Pull 2463 3475
Jerk Drive 2627 3385
Link Removed pg 85
You'll see more data of 2nd pull/jerk thrust wattage numbers that can eclipse the above but some of it is also dependent on the weight class.
Link Removed
Jump data of Sprinters to Olympic Weightlifters to Powerlifters
Why a blend of squats and plyometrics provides the best gain in power production.
http://journals.lww.com/nsca-jscr/A..._of_Six_Weeks_of_Squat,_Plyometric_and.6.aspx
Examination of the mean scores shows that the S group increased 3.30 centimeters in vertical jump, the P group increased 3.81 centimeters and the SP group increased 10.67 centimeters. The results indicate that both S and P training are necessary for improving hip and thigh power production as measured by vertical jumping ability.