Key to note that the first drill involved release via retraction
?
I see a flex of the old outside leg and a simultaneous extension of the new outside leg standing tall at transition.
Geepers,
I think you might be confusing release vs initiation. Check out @1:19 in your vid.
But that issue aside, standing tall does not mean the skier is "Getting over it". Don't get me wrong, I am just advocating that being able to execute the "Get over it" drill demonstrates the skier's ability to perform a pure end to end redirection using the design of the ski. Accomplished and highly skilled skiers are free to enter the turn cycle at various points employing rotary and different angulation techniques.
By definition, linked turns alternate between the force of Gravity and Centripetal force. The first drill (above) seeks to quickly pass through the gravity phase while the second drill and the "Get over it drill" seeks to develop edge angles while in the Gravity phase which is where the majority of skiers seek to begin their turns.
Geepers,
I think you might be confusing release vs initiation. Check out @1:19 in your vid.
But that issue aside, standing tall does not mean the skier is "Getting over it". Don't get me wrong, I am just advocating that being able to execute the "Get over it" drill demonstrates the skier's ability to perform a pure end to end redirection using the design of the ski. Accomplished and highly skilled skiers are free to enter the turn cycle at various points employing rotary and different angulation techniques.
By definition, linked turns alternate between the force of Gravity and Centripetal force. The first drill (above) seeks to quickly pass through the gravity phase while the second drill and the "Get over it drill" seeks to develop edge angles while in the Gravity phase which is where the majority of skiers seek to begin their turns.
@JESinstr, I don't understand what you are asserting is the biomechanical outcome of the Get Over It drill. Might you elaborate?
If it does I’d appreciate a translation in simple English because I really don’t know what he’s talking about. If his point is that at the top of the turn the force due to gravity is predominant because there’s relatively little centripetal force, and that this is reversed in the belly of the turn, then I agree, but it’s a self-evident observation.Don't know if that addresses you question or not but hopefully it does.
If it does I’d appreciate a translation in simple English because I really don’t know what he’s talking about. If his point is that at the top of the turn the force due to gravity is predominant because there’s relatively little centripetal force, and that this is reversed in the belly of the turn, then I agree, but it’s a self-evident observation.
I agree with @HardDaysNight -- so far your comments are word salad.
It appears you are a real fan of the Get Over It Drill. What I see that might be beneficial from the drill is to eliminate a pivot at edge change -- with no fulcrum, rotation is not going factor into the execution of the drill. But because it is done from a quite extended position, it is also less likely to allow lower leg tipping as femur rotation is limited in an extended position, with the result that most of the edge creation is going to come from inclination with less ability to generate angulation.
So, in my book, this is a drill that I don't see a tremendous amount of use for. I'd rather use Stork Turns, where there is more flexion in the ankle, knee, and hip, to do two things: direct pressure to the outside ski and learn to transfer the weight before edge change. This will allow creating a platform high in the turn to accept pressure coming predominantly from centripetal force, allow the ski to bend, and to be able to redirect the motion of the center of mass as the push from gravity begins to complement centripetal force.
The loss of the ability to access rotation of the femurs from an extended position is a large part of the reason that PSIA-RM is discouraging inside leg extension to change edges. It is also slower (for most mortals, Brignone is an exception).
Perhaps the simplest explanation is that the "Get Over It Drill" allows the skier to shift all his/her weight to the new outside ski, all the way over to the uphill edge, then balance on it. The ski then flattens and starts downhill on its own before the skier adds active turning forces, including the dramatic inclination shown in Seb's video.
Best!
Mike
The loss of the ability to access rotation of the femurs from an extended position is a large part of the reason that PSIA-RM is discouraging inside leg extension to change edges.
The loss of the ability to access rotation of the femurs from an extended position is a large part of the reason that PSIA-RM is discouraging inside leg extension to change edges. It is also slower (for most mortals, Brignone is an exception).
Interesting. How long until the other divisions catch up?
Well he's racing motorcycles now, so it's moot.That guy is still trying to catch up with this guy.