What if the asymmetry in your turns is not related to how you ski, but to how your body moves? If that is the case then are you really going to have the most success addressing it on snow? Or will you see better results if you try to address it on land?
“We performed a database review of pelvic and hip radiographs obtained from 157 young (mean age 32 years; range, 18-50 years) patients presenting with hip-related complaints to primary care and orthopaedic clinics…At least one finding of FAI was found in 135 of the 155 patients (87%)”
Sport-specific training is as much about training movements that counteract what you do in your sport as it is about training the movements and muscles you need to perform. Or at least it should be if you want your body to let you continue enjoying your sport.
I used the analogy of the spare tire on your car – it gets you there, but it’s not as good as a full tire (unless your spare is a full tire, but you know I’m referring to cars with the mini spare tire). Same deal with muscles in the body – when a muscle is doing it’s secondary job, it tends to not be as good at it. If you continue driving on the spare tire, it’s going to either seriously limit your speed, or it’s going to blow. Same goes for when a muscle is consistently asked to do it’s secondary function in addition to it’s main function.
You know how your mom told you you can do whatever you put your mind to? She was wrong. Or maybe she was lying, but you can sort that detail out with your shrink. The reality is, we are all built differently, and some of us aren’t built for the activity we love.
women generally have smaller hands than men. It makes sense if you think about it, particularly for women who are a bit, um, less tall. A 5’2″ woman using a regular 28.5mm bar for deadlifts is about the equivalent of a 6’0″ man using fat grips for deadlifts. You’ll get a great grip workout, but would you really use fat grips for ALL of your deadlifts? Of course not – you’d be losing out on so much posterior chain development. So why do we have people with smaller hands lift with the same diameter bar?
The problem is in the fine details. When you jump up, even though the bar is on your back, it is not a part of you. You jump up by pushing the ground away from you, and the bar on your back goes with you. But there is a slight delay. You start to accelerate upwards ever so slightly before the bar does. The result of this delay is that the barbell will get to the peak a touch later than you do, which means that it also starts it’s acceleration back to earth a touch later than you do. Since you both travel back to earth at the same rate, you will hit the ground first, and then the bar will hit you.
People with knee problems tend to be really surprised when they have come to us with the assumption that they can only work their core and upper body and then we say: “Okay, time to deadlift”.
Every day for the next 30 days, you will do 4 exercises, one each for:
Anterior (front) core
Lateral/rotary (side) core
Posterior (butt!) core
Core plus – an exercise that is big on core but also works something else
Anyone see what I did there? Balance! When I think of core, I think of the many great trainers and educators whom I have learned from over the years. Virtually all of them advocate a strong core, but their definition of core goes far beyond “the six pack muscles”. We got obliques, we got transverse abdominus, we got glutes, we got multifidus, we got QL…There’s a whole lotta muscles in your core, and all are important in maintaining a happy, healthy, and high-performing body.
How is this possible? If you think about what each sport requires, it should become pretty self-evident. Do you have a sport that you play? Start thinking about what you need from your body to be able to do it. Now read the training description below and consider whether it adequately describes the needs for your sport:
Strong rotary core muscles to control movement and transfer energy between your upper and lower body.
The ability to balance and express power with each leg.
The ability to push, pull, and stabilize yourself or an external object with your arms.
Mobility in the ankles, hips, and upper back/shoulders.
Work capacity (stamina) to be able to perform these tasks repeatedly.