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Disclaimer: these tips are mainly for on-piste advanced carving skiing. But I honestly think that the best skiers are the most complete ones. I strongly agree with the following:

“The best skiers are the all-around skiers… The guys that are able to rip in the park, rip in the woods, rip powder, rip everything. They are just very good natural skiers”. Paul Epstein – Global Racing Private Ski Team Head Coach

One of the things that expert skiers have in common is that they can create supreme edge angles in the turn (like you see in the World Cup!). Why they would do that? To make the shortest radius carved turn possible. In a carved turn, the more edge angle you produce, the more the ski will bend, and the shorter the radius of the turn will be. Edge angle is the most important factor to determine how much a ski will bend. The load is secondary, and it is created mainly by the skier’s natural weight balancing on the ski. The amount of load depends primarily on the skier’s speed. advanced skiing

But first things first. What is edging? Edging is the ability to tip the ski on edge and adjust the angle between the base of the ski and the snow. In common words, it is tipping and un-tipping the skis. We edge the skis either to turn or to slow down (or both). Most recreational skiers change direction and slow down at the same time (skidded turns), but racers typically change direction without slowing down (carved turns). In a carved turn, the tail of the ski follows the tip in the exact path/groove.

When tipped on edge, the ski bends because of its “hourglass” shape. If you take one ski, lay it over flat, and then tip it, you’ll see that only the tips and tails touch the ground/snow, and the middle part of the ski is “in the air”. With the skier’s weight, the ski bends until the middle part touches the snow too. The higher the edge angle, the higher the amount of ski bending, and the tighter the turn radius.advanced skiing

Generating amazing angles correctly is about keeping always our balance over the outside ski during the turn. Balancing predominantly over the outside ski is the most efficient and stable way to turn. As an example, and to illustrate it, when we are running and want to change direction suddenly, we always lean on the outside leg to change direction.
It is important to note that, in order to generate outside ski pressure, we have to think in terms of BALANCE. We should balance mainly on the outside ski indirectly, that is by unweighting the inside ski. So we don’t push or step with the outside leg, we just balance on it, by flexing/unweighting the inside one.

The five most important elements for achieving that “full range carving turns” correctly (in my humble opinion) are:

1) High speed (and/or steep slopes)

To turn with huge edge angles while keeping balance over the outside ski, high speed (or a steep pitch) is mandatory. We need the strong G-forces (tangential inertia, actually) generated by the high speed that move our balance out, to the outside ski. If you don’t have enough speed, and try to generate those big angles, you will end up with your balance over the inside ski… not good… so practice in a well-groomed not too crowded intermediate run where you feel comfortable with, so you can generate speed safely. advanced skiing

2) Hip-width stance

The stance (how wide the feet are apart) should be “hip-wide”. It is very important not to widen your stance width more than that. During a turn, the skis should have vertical separation, not horizontal… Horizontal separation is how wide the feet are apart. In a good athletic stance on skis, the distance your feet are apart should be no different than that when you’re standing, walking, running, or standing on your skis on a flat hill.
The vertical separation of your feet is the distance in height, one foot to the other. While skiing, vertical separation of the feet is constantly changing and is directly related to edge angles that are developed. Vertical separation is usually the greatest at or just after the apex of a turn when a skier is resisting the combined forces of gravity and centrifugal force. It’s at its least during the transition phase between turns.
A horizontal stance that is too narrow will limit balance, foot independence, and use of the inside ski. A horizontal stance that is too wide will cause a balance shift onto the inside foot and limit inclination.d s

When you shorten your inside leg, you move the skis away from each other, but at a vertical distance. If you make the mistake of separating your skis horizontally (“widen the stance”) and then crouch down to get the angles, you will end up having your balance over your inside ski, and that’s not good at all… in this situation, the inside ski will be right under you and your center of mass also known as the core of the body (which generally lies between the navel and the spine). Also, you will have not parallel shins, with quite less edge angle in the inside ski compared to the outside one. (A.K.A. “A-frame”…) Just to clarify, the outside ski is the ski farthest from the center of the turn. Conversely, the inside ski is the ski closest to the center of the turn.

In addition, the “hip width” stance is the one that allows for faster and simultaneous feet rolling and edge changing during transition.

3) Strong inside inclination / “toppling” at the beginning of the turn

One of the key aspects, in order to get huge angles, is to really “throw” yourself to the inside, at the very beginning of the turn. Or in other words, let yourself fall to the inside of the turn by the means of gravity (“toppling“). Toppling at the beginning of the turn means allowing gravity to make us fall to the inside of the turn to get easy and early edges engagement. This way we create ski angles fast, and we move the base of support (the skis) away from our center of mass, in order to allow us to generate an upcoming very high edge angle on the skis. It will be followed by upper body angulation to keep our balance on the outside ski as we progress in the turn. We need to move the skis out and away from our body, in order to develop big edge angles.
This strong and on-purpose movement to the inside needs to be learned, and somewhat feels like moving into an unbalanced lateral position, but believe me, it is really important in order to produce the highest edge angles, later on in the turn.

We can clearly see it in the picture below of “Mr. GS” Ted Ligety:

Ted Ligety inclination at the start of the turn

We need to move the skis out and away from our body, in order to develop big edge angles.

advanced skiing

4) Flexing or shortening of the inside leg/knee

To accomplish those great angles, the key is to shorten/collapse the inside leg by flexing the inside knee, while you are moving to the inside of the turn. Flexing the inside leg drags the hips both down and in. That’s the holy grail, flexing the inside knee deeply (bend it a lot). The more you shorten the inside leg, the more you’re going to “fall” or move to the inside of the turn and the more edge angle you’ll be creating. This “falling to the inside” happens naturally and passively by shortening the inside leg, we don’t push our body at all. It’s like a “free fall” of the body to the inside of the turn. In order to move our center of mass further inside the turn and achieve those angles, we have to deeply flex the inside leg in order to “get it out of the way” as well. If we don’t do that, the inside leg blocks the ability to move further inside.
The highest edge angle is achieved when you have (briefly) your inside hip touching or rubbing the snow. That happens at or after the fall line. This movement of progressively moving to the inside of the turn by shortening the inside leg is similar to what happens if you cut and shorten one leg of a standing ladder. The whole ladder is going to tip/move to that side…

Again, flexing the inside leg throughout the turn in a relatively narrow stance, generates a vertical separation of the skis (not horizontal, so please do not separate your legs). Take a look at the picture below of Ted Ligety (credits to Ron LeMaster). We can note that limbs are close together

Vertical separation of the skis-feet - Ted Ligey - Ph Ron LeMaster

In ski racing nothing happens because it looks good, it’s all about performance

Skiing is about balancing on one leg, the outside one. That’s the more efficient way of turning. Regarding ski pressure, the inside leg is light and somehow “comes along for the ride”.
Let’s imagine that we are running straight down a flat, empty street and we want to turn or change direction quickly to avoid an obstacle. Which leg do we lean (or balance on) to do it? Right, on the opposite leg to the side we want to go. Or what is the same, on the external leg. That is the most stable and efficient way to change direction. In skiing, it’s just the same.
In addition, it is simply way harder to balance on the outside of your foot (that is balancing over the inside ski) than on the inside of your foot (that is balancing over the outside ski).
In case there are any doubts, let’s look at the image below:

Stefan Rogentin Swiss Ski Team

Stefan Rogentin of the Swiss Ski Team arching that outside ski… Look at the flexing pattern, deeply flexed on the shovel, and straighter in the tail of the ski. The majority of the skis are designed to behave like that (softer shovel, harder tail) to facilitate turn initiation.

As well as flexing, the inside leg must tip to the inside of the turn to get the edge angles. The inside ski tipping leads the tipping of the outside ski (and not the other way around!). If you try to tip the skis with the outside ski first, you get the “A-Frame” problem mentioned above, because the inside leg does not follow the outside one. So in order to have similar edge angles on both skis, it is key to have parallel shins. Take a look at Allie Resnick from the US Ski Team demonstrating this beautiful SL turn. Note the similar edge angles on both skis:

Allie Resnick US Ski Team

Regarding leg activity, in high-level skiing, we focus (or pay attention) more on the inside leg work, than the outside one. While skiing down the slope, we focus mainly on flexing and tipping the inside leg, and that’s how we, indirectly (and almost automatically), get angles and pressure on the outside ski. While skiing, the inside leg is much more active than the outside. Speaking in terms of balance, to go from outside foot to outside foot during the turns, we have to work mainly with each inside leg. So high-level skiing is all about inside leg active performance. advanced skiing
The focus is on the inside half of the body that creates the major movements. This way gives you perfect balance on the outside ski, which is still the dominant balancing foot.

The outside leg is the dominant regarding balance/weight, but not in terms of movement. In skiing, the inside leg does much more active work than the outside one.

Key aspect: In the first third of the turn we move our whole body to the inside, called “inclination” to create edge angles early. This early inclination starts from tipping the feet, ankles, and knees to the inside, and not from the hips! See “park and ride” below…d skiing

“In skiing everything starts from the ground up, from the feet up…”

5) Upper body angulation

Angulation happens mostly in the second part of the turn and involves making angles with the body, created primarily at the hip. In high-level skiing, we need to move the upper body to the outside of the turn, strongly. The more you do this, the more outside ski pressure you’re going to get This is another key aspect. It helps to try to “lift” the inside shoulder up, or even better, try to “lift” the inside hip up (AKA “hip hike“). When you see an advanced skier, it seems that the torso stays “still” from one turn to the other, since the upper body does not appear to move. This can confuse the observer, as it is actually quite the opposite. To generate upper body angulation, you need to actively move your torso to the side, to the outside of the turn. The more you tip your skis inside, the more you have to side crunch with your torso (bring the ribs to the hips). It is crucial to train and strengthen those muscles involved, in the gym.
In the snow, practice it by exaggerating (a whole lot) the exercises that improve that skill specifically. There are a lot, but the “Scholpy Drill” is one of the best. Erik Schlopy former Olympian and actual U.S. Ski Team Coach. advanced skiing

To help develop upper body angulation, you need to counter-rotate with your torso as well. Turn/rotate your torso opposite to the direction of the skis. This allows for better edge hold and greater upper body angulation angles. Start the counter as soon as you start the turn. You’ll note that upper body angulation will be easier to perform. In fact, upper body angulation and counter go always in tandem.dvanced skiing

That being said, it is important to differentiate that short or Slalom turns require a lot of counter-rotation (upper-body always stable facing the valley), but long or Giant Slalom turns require less counter-rotation. advanced skiing
Counter-rotation of the upper body was first developed by the Austrian instructors in the 1930s, as opposed to the “French” school that, at that time, used the rotation of the whole body as a unit or block. This French technique involved starting with a slow counter-rotation of the upper body (as a sort of a wind-up) and followed by a quick rotation of the whole body into the turn. By the way, this technique described in the written ski teaching manual “Ski Français” by Emile Allais in 1936, involved teaching beginner skiers to ski parallel without the use of wedge or stem christie turns.

So in high-level skiing, we look for UPPER-LOWER BODY SEPARATION: the legs and feet are tipping and turning one way and the upper body is tipping and turning the other way, for a complete separation (lateral separation + rotational separation).

Key concept: It is very important to note that angulation happens mostly in the second half of the turn, and always after some amount of inclination that needs to happen at the beginning. If we start the turn already “angulated”, we block our hips and limit the amount of edge angle generated, creating the famous and not good “park and ride” style (see at the end of this post).
Take a look at this next image, an excellent photo montage of Ted Ligety on a GS turn. We can see the strong inclination (whole body tipping in) in the first two frames. After that, upper body angulation starts and gets really extreme towards the end of the turn (last frame), as Ted Ligety (AKA “Mr. GS“) has us used to see in his beautiful skiing…
This is actually the front cover of one of the best ski technique books ever written. I strongly recommend all passionate skiers to read it. Thanks Ron LeMaster for this masterpiece!!!

ltimate skiing book - Ron LeMaster

In the next picture, Jett Seymour from the US Ski Team is showing extreme counter-rotation of the upper body or typically referred to as just “counter”. Note how the upper body is pointed in a different direction than the legs. advanced skiing

Jett Seymour US Ski Team - counter

6) Fore-aft aspect

In order to start a turn effectively, we need to move our Center of Mass forward to bend or balance over the shovel of the skis. We must start the turn by engaging the tip of the ski, so we look for  “getting to the front of the ski” at the initiation.
That’s key in order to be centered when we arrive to the most important part of the turn: the loading phase. The loading phase is when we apply almost all the pressure and the major ski deflection occurs. In the modern slalom technique (SL turns), the pressure or loading phase is short and abrupt, and it happens all at once AT the fall line (i.e. the middle or apex of the turn).

It’s absolutely OK to be in the backseat at transition and initiation, but it is mandatory to move our center of mass forward in order to be centered when we load/pressure the skis (at the fall-line).

Skiing, unlike the majority of sports, is a super counterintuitive activity and you have to work against basic instincts (like self-preservation) to get better at it. In order to get pressure on the front part of the ski (shovel) and successfully initiate a turn, we need to move our Center of Mass forward at the beginning (“high C”) of the turn. This means, for example in the steeps, to “face the danger” and “dive into the abyss”. Leaning downhill goes against all common sense. That’s counterintuitive, but mandatory for good skiing.
So, CONTROL is all about good turn initiation, which is achieved by counter-intuitive movements. Good turn initiation means achieving a “capital C” letter turn shape. Good round turns directly relate to speed control.
If we happen to be in the backseat, and unable to load the shovel at the start of the turn, we end up with Z-shaped turns, with poor speed control. In this wrong type of turn, we do all the edging and pressure all at once and late in the turn. Snow spraying off the skis is directly downhill, and the line of descent is straight down the fall line with almost no lateral offset of the skier. That’s why we look to pressure our shins against the tongue of the boots. But that’s only at the beginning of the turn.

In skiing, fore-aft balance is dynamic, not static. It is in a constant cycle. In normal high-level skiing, skiers always go from being back at the end of one turn to being forward at initiation of the next turn. Again, the key is being centered at the fall-line.
As Mikaela Shiffrin on an interview (here) said: “The key for fore-aft balance, for me, is to try not to stay in one position. Because skiing is such a fluid sport, you’re always moving. And if you become static with your fore-aft balance, the the rest of your turn is going to be static. So, it’s really important to be able to be forward at the top of the turn and then try to use the rear of the skis. Not the tails really, but you know let your skis kind of shoot out from under you a little bit. Just try to play with the entire ski because you have a whole ski for a reason. You want to use the whole thing as a tool. And if you can use the tip-to-tail perfectly and be in balance, then you’re going to have a faster turn.” 

Mikaela Shiffrin end of SL turn

In the photo above we can appreciate Mikaela Shiffrin finishing an SL turn. Please note how balance is mainly on the tails of the skis, with the tips actually elevated up in the air. Note as well the amount of counter-rotation of the upper body. 

Another excellent tip comes from River Radamus, a U.S. Ski Team GS World Cup athlete: “When I’m entering into a turn all I’m thinking about is pulling my feet behind me. That move really flipped the switch for me in years past. Pulling the feet behind me is such a clear sensation for me and allows me to be at the front of the outside ski, to do the top of the turn right.”

River Radamus Arcing a GS turn

River Radamus Arcing a GS turn. Note the eye-catching hip drag

In skiing, fore-aft balance is dynamic, not static. It is in a constant cycle. In normal high-level skiing, skiers always go from being back at the end of one turn to being forward at initiation of the next turn. Again, the key is being centered at the fall-line.

7) Foot pressure goes from front to back, during the turn advanced king

While the turn develops, the norm is that our CM moves backward and we end up finishing the turn with our balance over our heels and tails of the skis. At the feet level, the balance point moves from the ball of the foot at the beginning of the turn, back to the heels, at the end. That’s what happens naturally, even on short turns. In order to start a new turn again, we have to move our CM forward again, and so on.

One study published in 2010 by T. Keränen et all., compared two groups of FIS-Ranked athletes, group 1 ranked higher than group 2. This study demonstrated that both groups had the same kind of center of plantar pressure fore-/backward movement, which is associated with the ski’s bending during the turn. But the higher-ranked athletes were able to produce more force through the frontal part of the foot to the ski and their center of pressure trajectory had larger mediolateral movement than the lower-ranked group.
Thus, the better the skier, the more pressure on the ball of the foot is able to generate, and the more edge angle they produce as well.

The better the skier, the more pressure on the ball of the foot is able to generate at the begining of the turn.

Skiing is all about balancing while in motion. Skiing is the ultimate balancing act. The focus in skiing is to stay in balance into the future! In order to keep fore-aft balance, we need to have our center of mass over the base of support (our feet).

8) “Aggressive” mindset

High-level skiing requires a lot of attitude and self-confidence. That “aggressive” mindset (and eventually, aggressive skiing) is absolutely necessary to be able to “get to the front of the skis” on the steep pitches. To “move forward into the abyss”, in order to load/bend the shovel of the new outside ski and make good turns. Both intensity and “aggressiveness” while skiing are very important, and sometimes it’s what it takes for a seasoned skier to reach the next level. So go for it! Like in almost all aspects of life, attitude is everything!

9) Surface and equipment

As well, it is important to mention that we need a hard surface (hard-packed snow), sharp edges, and relatively stiff skis to be able to “hold an edge” while performing those angles. Tuning the skis to keep them sharp is very important. Sharp edges help you carve betterThose big angles do require sharp skis in order to prevent the sudden loss of grip during that high-performance type of turn.
Binding riser plates (AKA “lifters“) help a lot in developing high edge angles because they create more leverage. These lifters are pieces of material between skis and bindings that elevate boots farther off the skis and snow. They also allow the skier to hold a steeper edge angle without encountering “boot out“. Boot out occurs when the side of the boot hits the snow, causing the ski to get knocked off edge.
Regarding the base surface If the snow is soft, we could end up disengaging the outside ski off the snow during the turn (“to lose the outside ski”, particularly in the second part). If we lose the support of the outside ski, what happens is that all the balance (or pressure) moves strongly and abruptly to the (otherwise unloaded) inside ski. It then makes the inside ski bend violently and carve a very short radius path. Next, it is usual that we get thrown away with a 180 degrees air twist and fall over our backs, with the associated dangerous whiplash. That’s a pretty common way of crashing for advanced skiers. advanced skiing

This video is an example of this type of crash experienced by French World Cup racer Thomas Fanara during a race:

Example:
In the proper turn (figure 1), the skis (i.e. my base of support) are relatively far from my center of mass… and both shins are parallel, with similar edge angles in both skis. The inside boot is almost touching the outside leg (knee)… so my stance is actually narrow (“hip width”). The separation of one ski over the other is only vertical. Yet, because both legs are tipped to the inside, it “looks” like I would be using a wide stance, but that’s not true. It’s the exact opposite. You can see the strong upper body angulation as well. Also, we can say that my balance is predominantly over my outside ski because it is much more bent than the inside ski. advanced skiing

High edge angle correct

Figure 1 – Skier: Federico Wenzel

P.S. you can also see my face with tightly clenched teeth because of the strong G-forces I’m experiencing (and trying to withstand) in that high-speed high edge angle carved turn.

Generating those amazing angles while keeping dominant outside ski pressure is a very advanced skill. That’s why the River Radamus (a young US Ski Team athlete) #hipdragchallenge he did on Instagram was so successful and a beauty to watchadvanced skiing

 

10) Gradualness & progressiveness

The edge angle develops progressively, increasing continuously from the edge change until 3/4 (three quarters) of the turn, where it is the highest. Then starts to decrease for transitioning to the next turn. So edge angle is not static throughout the turn. That’s a typical error among intermediate skiers, that develop all the edge angles at once at the beginning of the turn, and then remain static the rest of it. They create angles by actively pushing themselves to the inside of the turn (instead of the correct way which is “free falling” of the body to the inside by shortening the inside leg). It’s called “hip dumping” or “park and ride” style:
-Hip dumping: is when the hip puts the ski on edge rather than foot tipping. They just throw the hips in to create edge angles.
-Park and ride: when the skier builds all angles, in the lower and upper body, at the beginning of the turn and just rides the skis statically around the rest of the turn. Take a look at the next picture… advanced skiing

Hip-dumping-park-and-ride-skiing-mistake

“Hip dumping” error

Here is is another mistake, trying to generate big angles by crouching down over the inside ski:

Skiing with Wrong Hip Drag

Observe that his balance is mainly on the inside ski, which is right under his center of mass. His base of support (skis) is too close to the center of mass. He has different edge angles on both skis, and the stance is too wide (legs are too far apart). Look at the horizontal separation of both legs. The inside boot is quite far from the outside leg. Although funny, not good at all… advanced skiing

Give it a try to the tips we discussed in this post, so you can break off the plateau and get to that next level… 

keep-calm-and-hip-drag

See you on the slopes!

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