Improving power by jumping onto a box seems very popular. But I'm curious why this is favored over just trying to jump as high as you can and land on the ground.
With the box jump, a big part of the movement is bringing your knees to your chest and coordinating that with the box. But that seems to have zero relevance to improving power. Whereas when you jump without a box you can 100% focus on pure power and getting as high into the air as possible. So to me, just jumping high w no box makes more sense.
Exactly
Jumping up on a box does not make much sense for the reason that you posted.
Curious what your thoughts are? For power training, what do you prefer and why.
Vertex
Test your vertical jump to the nearest ½” with Vertec
www.power-systems.com
A Vertex is a much more effective method that Box Jumps.
However, the cost of $829 is a bit much for one individual.
Another Method
As per...
When testing, a jump against a wall with chalk or a marker is a good idea.
This works and chalk cost nothing.
Power Jumper
Improve vertical jump and agility with the Pro Power Jumper
www.power-systems.com
This is an effecive piece. However, at $557 plus shipping, it does not make sense.
1) Purchasing it for individual use is costly.
2) Purchasing it for a group class makes no sense.
The set up time for each indivual in the class would take a lot of time away from a productive Power Training.
Power Training Development Movements
1) Olympic Lift Movements
They provide some of the highest, if not the highest, Power Output in sports.
34.3 w/kg Men
21.8 w/kg Women
Second Pulls:
52.6 w/kg Men
39.2 w/kg Women
Squat and Deadlift:
12 w/kg Men
For female powerlifters, "estimates indicate that the corresponding values
for women are 60-70% as great".
With this basic breakdown in mind, the power output comparisons of a
100-kilo male lifter in the clean, second pull and deadlift would be as follows.
Clean-------------3430 watts
Second Pull------5260 watts
Deadlift----------1200 watts
Source: "A Review of Power Output Studies of Olympic and Powerlifting: Methodology, Performance, Prediction and Evaluation Test", Dr John Garhammer, National Strength and Conditioning Research Journal
2) Heavy Kettlebell Swings
Heavy kettlebell swings could be the best damn posterior chain exercise you're not doing, possibly even better than deadlifts! Here's why.
www.t-nation.com
Style | Load (lbs) | Peak Vertical Force (N) | Peak Horizontal Force (N) |
---|
Squat Style | 70 | 2,170-2,349 | 166-182 |
Squat Style | 140 | 2,431-2,444 | 278-353 |
Hip Hinge Style | 70 | 1,935-2,140 | 340-402 |
Hip Hinge Style | 140 | 2,325-2,550 | 499-520 |
4) Banded Kettlebell Swings
Overspeed Eccentric Kettlebell Swings
3) Trap Bar Jumps
This month I’ll be analysing a recent study entitled Optimal Loading Range for the Development of Peak Power Output in the Hexagonal Barbell Jump Squat, by Turner, Tobin, and Delahunt, published in The Journal of Strength & Conditioning Research (2014). (Check out the picture below to see what a...
plymouthperformancegym.co.uk
What did they find?
The researchers found that for most of the athletes (14 of the 17) involved in the study
the highest amount of power was produced using a load of either 10% or 20% of their Box Squat 1 rep max. (Opt
imal Loading Range for the Development of Peak Power Output in the Hexagonal Barbell Jump Squat/The Journal of Strength & Conditioning Research (2014).
...The hex bar jump is extremely easy to coach... compete with the Oly lifts when it came to training explosive power…
Power Outputs
This study recorded a
maximum power output of 5,783.40 watts in the hex bar jump. The authors were not the first to have analysed the power outputs in hex bar jumps. In their 2012 paper entitled
Effect of Load Positioning on the Kinematics and Kinetics of Weighted Vertical Jumps Paul Swinton (and colleagues) recorded
a peak power output of 4,606 Watts when using a load relative to 20% of a Hex Bar Deadlift 1 rep max.
This is great information to have as it allows us to compare these reading with results from comparable studies done on the Olympic lifts so we can see how the humble hex bar jump stacks up!
In 2005 a team of researchers led by Naoki Kawamori published an article entitled
Influence of Different Relative Intensities on Power Output During the Hang Power Clean: Identification of the Optimal Load. They recorded a
peak power output of 4,281.15 Watts in the Hang Power Clean (one of the most commonly programmed Oly lift variations for athletic development). Both
Hex bar jump studies showed
greater peak power outputs than this!
Barbell - Hex/Trap Bar Jumps For Power