Workout of the Day:
In three minutes, complete a 400 meter run and as many wall ball shots as possible.
Rest three minutes and repeat for a total of five cycles.
Post number of wall ball shots completed each round.
Proper Hip Drive for the Olympic Lifts
Written by Sage Burgener – with an amazing demonstration by Michele Vieux
Kettlebell swings are sooo much fun, right?! Right! However, they are not the answer to ALL of life’s problems. Kettlebell swings are an excellent exercise that we incorporate into many workouts (and are proven to make one’s butt look ghettofabulous), but this doesn’t mean that the mechanics of a kettlebell swing should transfer over to all the other movements we do in the gym . . . especially Olympic lifting.
Lately, I’ve had the sense that many people believe the hip drive on kettlebell swing (which is horizontal) is the same as the hip drive on the snatch and clean and jerk (which is vertical). We know that a horizontal hip thrust with a kettlebell gets momentum moving on the weight, but it doesn’t work that way with the Olympic movements. If you want the bar to travel fast over your head, it needs to move vertically. Why? Because the shortest distance between two points is a straight line (and that really IS physics) and we want that barbell over our head in the least amount of time possible. Who wants to be lifting a million kilos over their head for 47 hours?! No one!
On the other hand, kicking the hips forward will cause the bar to bang off your body, which then causes it to swing around you and you’ll either miss the bar out in front of you or it will go flying so far back and around your head that you won’t be able to hold onto it anymore.
Our goal is to maintain control of the barbell by keeping it close to our body through the whole entire movement. The only way to accomplish this is by moving the hips straight up and straight down and LIGHTLY brushing the barbell off your hips . . . NOT banging it . . . EVER.
Remember, the bar does what your hips do. Move them vertically so the bar will move vertically. Do it . . . you won’t . . . .