The foot as ground contact
Ida did not introduce the feet as an anatomical region. She introduced them as a function. In her 1974 RolfA1 advanced class, working with a student named Alohan who had told her he didn't understand the second hour, she stopped the demonstration and laid out — in one sentence — what the foot is for. The statement is doctrinally compact and worth reading carefully: it names the foot's job (relating us to earth and gravity), names the mechanism (energy flow through the legs), and embeds the structural goal (a horizontal plane across the ankle) in a functional claim about contact. Everything else in the second hour — the retinaculae, the peroneals, the outer arch, the hinges — is in service of this single relation. The foot is not a part to be fixed; it is the place where the body's vertical line either reaches the ground or doesn't.
"The function of the foot is to relate us to the earth and to gravity, which means having as solid energy flow through our feeding legs to contact us with the earth."
From the RolfA1 public tape, mid-demonstration, after Alohan's complaint that he didn't understand the second hour:
Notice what the statement does not say. It does not say that the foot supports the body — Ida is careful, in the later 1976 Boulder transcripts, to insist that the arches *distribute* weight rather than *support* it. It does not name a particular muscle or bone as primary. It frames the foot as a *relation*, a thing in dialogue with the ground and the field of gravity, and it makes everything that follows in the second hour into a clarification of that relation. When the practitioner reaches the feet, the question is not 'is this arch high enough?' but 'is energy actually flowing through this contact, or is the leg holding itself off the ground in some compensatory pattern?' This reframing is what makes her teaching on the feet a piece of her larger doctrine rather than an orthopedic recipe.
Where flat feet actually live
The most counterintuitive claim Ida made about the feet — and one she made repeatedly across multiple venues — is that the problem in a flat foot is not in the foot. It is in the shin. The muscles that determine whether the arches lift or collapse have their bellies in the lower leg; what shows up on the floor is consequence, not cause. This was a direct rejection of the orthopedic and physical-therapy doctrine she had grown up watching: the inclined boards, the marbles to pick up with the toes, the exercises that worked the foot itself as if the foot were where the structural decision was being made. In her 1973 Big Sur advanced class and again in the public RolfB2 lectures, she pressed students to redirect their attention upward — to the peroneals, to the tibialis anterior, to the retinaculae at the ankle, to the way the muscles of the shin attach down to the bones of the foot and decide, from above, what the foot can be.
"And flat feet are not in the feet. Flat feet are in the shins. They are where and how the muscles of the shins relate. And the place to go for your flat feet is not into the feet, but into the shins."
From the RolfB2 public tape, in the middle of a demonstration of how to lift the outer arch:
She drove the same point home in the 1973 Big Sur class, where her language was even more emphatic. There she repeated the claim three times in two sentences — *every flat foot you will ever find is in the shin* — and traced the mechanism: a muscle whose belly is in the shin sends its tendon down, hooks around the malleolus, and from that hooked position controls what the foot does. The malleolus is the hinge point where shin becomes foot, and the retinaculum at the malleolus is where the muscles of the shin are pinned into their relationship with the bones below. Get the muscles of the shin organized, and the foot reorganizes around them. Work only on the foot, and nothing changes because the structural decision is being made one level above.
"that if you will take your books and look for twenty minutes at these pictures in books does anyone know where the money is? Does Anybody see it? Well, people, not like it, but you newer people, Take that monuer money and spe"
From the 1973 Big Sur advanced class, urging students to spend twenty minutes looking at the foot diagrams in their anatomy books with this question in mind:
The remark *where is the money* is Ida at her most pedagogical. The anatomical illustrations in standard textbooks contain all the evidence a practitioner needs to understand the foot — the peroneals running down from the shin and hooking around the lateral malleolus, the tibialis anterior crossing the front of the ankle, the retinaculae holding the tendons in their courses. The textbook authors did not draw conclusions from their own diagrams. Ida's teaching method, here as elsewhere, was to send students back to the standard sources with a new question. The page does not change; the reading does.
The outer arch is the key
If the operative structures are in the shin, the operative architecture is in the outer arch. This was Ida's second great correction to the orthopedic orthodoxy of her time. The standard teaching — the teaching that put children on inclined boards and had them pick up marbles with their toes — was that a fallen arch should be lifted by working the inner arch directly. Ida said the opposite. The inner arch is not lifted by lifting the inner arch. It is lifted by lifting the outer arch. The two are connected through the architecture of the foot's webbing, and the outer arch, when it comes up, brings the inner arch with it. When the inner arch alone is targeted, the foot resists, because the structural sequence is being run backward.
"Only some of you that were working didn't find it simple. Even the ancients knew this. Why I have the nerve to put in even, I don't know. The ancients knew this. The Greeks, when they wanted to represent the principle of transportation, the principle of getting around, represented a young man with wings on the side, outside of his heels. They were saying, not that they thought that was a god that came around with wings on the side of his feet at all. They were saying that the principle of transportation, of getting around of getting around fast and satisfactorily consisted in walking as though you had wings on the side of your feet. It still is the same, and it's not wings on the inside of it."
From the RolfB2 public tape, in the middle of a discussion of the two layers of foot musculature — the inner three toes and the outer two:
The Mercury image is doing real pedagogical work. The Greeks, Ida is saying, encoded the structural truth in their iconography without necessarily understanding it analytically: the wings sit on the outside of the heel because that is where the foot's structural lift actually lives. The principle of transportation — the capacity to move efficiently through space — depends on the outer arch being intact and lifted. When the outer arch collapses, the whole foot collapses, regardless of what the inner arch is doing, because the inner arch was never the primary support to begin with. She made the same point again in the 1976 advanced class, with the additional observation that no foot ever breaks down until the outer arch breaks down. The inner arch can be low; the foot can still function. When the outer arch goes, the function goes.
"And all that you ever learned about taking these kids who have flat feet and walking around boards like that is the diametrical opposite of the therapeutic truth. No foot has ever broken down until the outer arch breaks down. While the outer arch is intact, the foot is intact. So all that you are doing, everything that you are doing with a foot in the second hour concerns that organization."
From the RolfA1 advanced class, after a student tries to summarize the weight-transfer doctrine:
The reversal is total. The orthopedic culture of the mid-twentieth century, in Ida's reading of it, had identified the symptom — the inner arch on the floor — and tried to treat the symptom directly. The therapeutic truth she taught was that the inner arch on the floor is the *effect* of an outer arch that has lost its lift, and the outer arch loses its lift because the muscles of the shin that support it have been disorganized by years of walking with the feet everted, by the patterns set in childhood when nobody told the toddler to bring his feet around, by the cultural pattern that deliberately, in her phrase, breaks bodies down. The second hour, in this teaching, is the hour where the practitioner restores the outer arch by working the shin muscles whose tendons feed it, and lets the inner arch follow.
The center line and the toes-up demand
In the 1976 advanced class in Boulder, Ida took the doctrine of the outer arch and connected it to her larger teaching on the center line — the vertical axis through which the body either organizes itself with gravity or fails to. Somebody in the class had come in quoting back to her, from some book of her own lectures perhaps, the claim that weight should fall on the three center toes. She accepted the abstraction but pushed past it into what she called the silent level — the body's own evidence about where its center actually is. The demonstration was simple. She had the class stand, find their center line, then let the weight go over to the outer arches. The center line disappeared. Then she had them turn their toes up. The center line came back.
"Now when you try to teach me about my business and tell me that weight should go down on the three center toes, Feel what the experimental data is behind that statement."
From the 1976 Boulder advanced class, addressing the student who had quoted the three-center-toes formulation back to her:
She then walked the class through the actual demonstration — what happens when you let the weight go to the outer arch versus what happens when you turn the toes up. The center line is destroyed in the first case and restored in the second, and the body's own felt evidence is the proof. The toes-up demand became, in her late teaching, a kind of diagnostic gesture: ask the foot to bring its toes up, and you find out immediately whether the outer arch can lift, whether the peroneals are doing their job, whether the leg can deliver the foot to the ground in a way that supports the vertical line above.
" Your center line is destroyed as weight goes on to the outer arch. Now just turn your toes up and see how"
Continuing in the same 1976 demonstration, after the class has felt the difference for themselves:
The teaching beat here is that the foot is not a local problem. What happens at the outer arch travels all the way up the body. The center line — the vertical that, when achieved, allows the body to receive support from the gravitational field — is destroyed at its base when the foot's weight rolls outward, and the destruction propagates upward through the leg, the pelvis, the spine. The toes-up demand is the practitioner's most economical intervention because it asks the foot to participate in the restoration of the vertical without anyone having to lecture the body about it. The body finds the line again because the foot has been asked to do what the foot can do.
"Doctor, would you be good enough to sit down? Why? Yes. You see the whole leg structure is different if you are sitting than if you are lying. Yeah. Now as you get to the place where you have accepted a certain amount of correction in that leg in those legs, then is the time to go down to do it live. But these are two different situations. Alright. Now sit and you can support yourself with your hands behind you. We'll help you relax a little. Get your great toes and ankles together. Alright. Now reach down with the toes and down with the foot and rotate outward from the hips and feel that you are maintaining relative position of foot to ankle to knee and so forth, and you are rotating only from"
From the RolfA6 public tape, taking a student through the five sitting positions that test the foot-to-hip relation:
Hinges at the ankle and across the dorsum
Beyond the arches, Ida's teaching on the feet was a teaching about hinges. The body works, in her account, through a series of horizontal hinge joints — at the ankle, across the dorsum of the foot, at the knee, at the hip — and the second hour is the first place in the recipe where the practitioner is forced to deal with hinges as such. The hinge at the ankle is familiar to every anatomy student. The hinge across the dorsum of the foot is not. In the RolfB2 advanced class, Ida insisted that the second hour requires the practitioner to recognize and restore this second hinge, the one that almost no one in her audience had ever considered before.
"You have gotta have appropriate hinges at the knees, appropriate hinges at the ankles. Perhaps I should start the other way around. And an hinge in the foot across the dorsum of the foot. And this dorsum of the foot hinge is something that probably not one out of this group has ever considered before. But across the dorsum of the foot, there has to be, for normal literally a hinge joint."
From the RolfB2 public tape, in the middle of a demonstration of how the toes-up movement reveals the dorsum hinge:
The dorsum hinge is structurally consequential because it is the lowest hinge in the body. Everything above it — ankle, knee, hip, pelvis, spine — depends on the foot's ability to bend across its own upper surface in response to the weight rolling forward in gait. If the dorsum cannot hinge, the ankle compensates; if the ankle compensates, the knee compensates; the structural compensations travel upward and the body's relation to the ground is distorted at every level. The toes-up movement that Ida demanded in the 1976 demonstration is, among other things, a test of the dorsum hinge: can this foot bring its toes up without the rest of the leg having to move? Can the bones of the foot articulate among themselves, or are they fused into one rigid block by the disorganization of the soft tissues that hold them?
"Every one of those bones has two hinges, two ends, which form a hinge, an independent little hinge. And those little bones have to fit together so that you get a big hinge, that is big in terms of those little bones, across the dorsum of the foot."
Continuing in the same RolfB2 demonstration, after the class has been counting bones in the foot:
This is one of the moments where Ida's teaching shifts from doctrine to anatomy in a way that is also philosophical. The foot is a webbing — a phrase she used in the same RolfA1 demonstration with the tendons of the dorsum — and the practitioner who treats it as a single structure has already misunderstood it. The seventy-odd bones of the two feet form an interwoven mesh of small articulations, and the structural job is to make the mesh cooperative again, so that the many small hinges sum to one large functional hinge. When that summation happens, the foot can meet the ground in a way that lets energy flow up through the leg. When it does not, the leg has to absorb forces the foot was supposed to dissipate, and the whole structural chain above pays for it.
"Now if your binding is too short or your binding is too short on the outer arch and so forth, the proper balance and movement of these tendons will be interfered with. This is clear. But the thing I want to get so vivid in your mind is the way in which the foot is a webbing, an interwoven webbing. And that in order to change what you see as a foot, you have to have clarity about this webbing and how it should relate within itself and to the bones that are keeping it stretched. Because see you see here you have a magnificent"
From the RolfA1 advanced class, walking the students through the tendons of the dorsum of the foot:
The retinaculae and the gluing of the muscles
If the foot is a webbing and the shin holds the keys to the webbing's organization, the retinaculae — the fibrous bands that hold the tendons in their courses around the ankle — are where the practitioner most often has to begin. Ida returned to the retinaculae again and again in her demonstrations because they are the place where the soft tissue's accumulated disorganization is most palpable. The retinaculae are, in her phrase, *our good old fascia again under a different name*: the same colloidal organ of structure, in a particular anatomical configuration, performing the job of pinning the muscles of the shin into their working relationship with the bones of the foot. When the retinaculae have become matted and inelastic, the tendons cannot slide, the muscles cannot move independently, and the foot is fixed.
"But it's not being I mean, the the Anchorage is higher. Mhmm. But certainly, you'll find it there. So that as they walk consistently on the outside of their feet, these retinaculate take on the job that they've got to do of holding those muscles in a good place to walk on the outside of their feet. And then the pattern is anchored. And then within the pattern, you get the change of the individual structure, of the individual chemistry of the structure, of the failure of circulation through the structure, etcetera, etcetera. And now all at once, you have a totally inadequate foot."
From the RolfB2 public tape, mid-demonstration on the developmental history of an averted foot:
The retinacular gluing is where habit becomes anatomy. A child walks a certain way because that is what got him after the ball, in Ida's image; the retinaculae do their job and hold the muscles in the positions the habit requires; over time the holding becomes structural and the foot is no longer free to walk any other way. The practical implication for the practitioner is direct: the retinaculae must be unglued before the muscles of the shin can be reorganized, and the muscles of the shin must be reorganized before the foot can change. In the demonstrations across the RolfA and RolfB tapes, Ida and her colleagues — Tom, Bob, the second-hour demonstrators — opened the front of the ankle first, separated the two peroneals where they had fused at the lateral malleolus, cleared the fascial layers along the tibia, and only then turned to the bottom of the foot.
"In analyzing what needs to be done, it's a matter again of testing the function to see where the person is restricted, to see where the balances are in the various joints and where they are good and where they are not good. In establishing a better balance, you free areas that need to be free. I I Come on, man. Do better than that. Where are gonna start? You begin by in the ankle joint proper, by noting where it is it is restricted and matted. You give the retinaculum across the front of the ankle and free up the fascial layers so the tendons may move more freely. You pay attention to the lateral malleolus to the fibula, which is often too far distal, too far down towards the floor, and often too far posteriorly."
From the RolfA1 advanced class, Tom narrating his approach to the second hour while Ida watches:
The dialogic frame of the advanced classes is important here. Ida's teaching on the feet was never a monologue; the second hour, more than any other in the series, was taught by her senior practitioners with her interjecting, correcting, occasionally pressing harder. Tom on the RolfA1 tape, Bob and the unnamed demonstrators on the 1976 Boulder tapes, the various students who tried out the moves on each other — they are all part of the historical record. In the 1976 advanced class itself, the practitioner working that morning's model handed the conceptual frame back to Ida: the second hour was about establishing the proper hinge at the ankle, and the freeing of the joint was in service of that hinge.
"Tom's done a preliminary rundown of his session. Would you go further with it in terms of total body conduct? I think one of the main things we are looking for when you start working on the foot is to establish a proper hinge. Thinking of the hinge being 90 degree to the x, we want to walk. And as Tom said, we work around the ankle in order to free the ankle joint so that the function of the hitch would be ideal."
From the 1976 advanced class, the practitioner offering a total-body framing of the second hour's work on the foot:
The framing from the 1976 demonstrator echoes what the RolfA3 second-hour demonstrator had said two years earlier in a different room. The hinge is the operative goal, but the path to the hinge is the reorganization of the surrounding tissue from below the ankle and from above it — working back and forth around the joint until the whole structure can settle into a functional relation. The vocabulary the demonstrator chose for what the hour was trying to establish — *relatedness to the ground* — was a phrase Ida herself accepted, with the caveat that for students who hadn't been sitting in her classroom thinking about such things, it could throw them off. The language was hers; the work, in the second hour, was distributed across her senior people.
"The goal of second order is to work from these jobs to begin to establish ability I like the word relatedness to the ground so that the I do too, but you find that you use it with people who haven't been sitting thinking about relatedness to the ground, that it's a word that throws them off. They can't quite understand what you're talking about. You don't have to be careful with it. So we work on the arch of the foot, the extensor and flexor functions of the foot that work both the arch itself, the toes and the ankle belt. We begin to try and free up the leg above the ankle, working back and forth around it. It seems to me that the focus of this argument is to hinge at the ankle."
From the RolfA3 public tape, a second-hour demonstrator summarizing the goal of the hour:
Bones, fibula, and the displacement of soft tissue
Ida was careful, in her more philosophical moods, to insist that the bony displacements visible in a disorganized foot were not themselves the problem. They were markers — the visible registration of an underlying soft-tissue distortion. The fibula sitting too far distal, the lateral malleolus too far posterior, the bones of the foot askew: these were what the practitioner could see, but what the practitioner was actually treating was the displacement of the spatial envelopes, the unbalanced stretch of the fascial planes that the bones happened to mark. In the 1973 Big Sur class she made the doctrinal point explicit. The bony deformations register where the soft tissue has gone wrong; the practitioner's work is on the soft tissue, even though the bones are what the eye reads.
"Whatever happens, you see, you get a displacement of bony structure and this isn't important, the thing that's important is the displacement of soft tissue which is marked and measured by the bony distortion. It is the displacement of the soft tissue that is the important matter. It is the unbalanced stretch of the spatial envelopes which is the important matter. So now we've literally knocked those bones askew by that fall from the pricy bone when the pricy bone comes over on the other leg. We've got an imbalance between those two bones and consequently we've got an imbalance imbalance in in the the overlying overlying soft soft tissue. The The points of imbalance of which are marked by those bones. The phone is assigned for it."
From the 1973 Big Sur advanced class, discussing how a fallen fibula displaces the soft tissue around the ankle:
There is a physiological consequence to this. When soft tissue is forced to do the work of hard tissue — when the interosseous membrane between tibia and fibula, or the fascial sheaths around the peroneals, must compensate for misaligned bones — the soft tissue itself hardens. The hard, wooden leg that the practitioner meets under the hands is not a structural fact of the body's design; it is the consequence of soft tissue trapped in a job it was not designed for. The corrective work, then, is to release the soft tissue from the bony positions it has been forced to maintain, so that it can return to its proper resilience and the bones can return to their proper relations. The foot is the place where this principle is most legible because the foot's many small bones are held in their cooperative mesh by soft tissue that is unusually exposed to direct manipulation.
"In fact, you should have looked at it quite early on and made up your mind what is wrong with this foot as a foot not only what is wrong with this foot as a part of the leg. Now realize, again, gut realization, that when you are working on those peroneals, you are working on toes, on feet, not on legs. Realize that when you have flat feet, you don't have flat feet. You have disorganization of the muscles of the shin, muscles crossing the shin. Has this added to your concept about legs? So that you don't look at a foot and say, oh, this is a flat foot. I've got to get down on this foot and poke around in it."
From the RolfA1 advanced class, telling students how to look at a foot:
The release that travels into the back
In the 1975 Boulder advanced class, with a small group of senior practitioners present, Ida and her colleagues worked out what happens above the feet when the feet have been changed. The structural release that the second hour produces does not stay in the feet. It propagates upward — into the leg, through the pelvis, and into the back — and the practitioner who does not follow it loses the integration. The teaching beat is that the second hour is not finished when the feet are organized. The practitioner has to spend roughly a third of the hour in the back, integrating what the work below has set in motion, before sending the client off to lengthen further.
"Also, as you change the feet, the direction of release goes into the back. And so you really need to use the back after you free the feet to close-up and to integrate or partially integrate the person before you send them off to really open up and lengthen that back."
From the 1975 Boulder advanced class, in a working conversation about the proportional time spent in the feet versus the back:
The same Boulder conversation produced one of the more memorable images in the teaching record — Michael Salveson's concept of the fascial tube starting in the cervicals and running down. When the practitioner works the ankles in the second hour, the practitioner is, in this image, heading vertically again — establishing a horizontal at the ankle that reflects upward through every horizontal above it. The rib cage absorbs the change. The tissue, in tension, is storing energy; releasing the tension at the foot releases the energy upward through the fascial sheaths to wherever the next stored tension lies. The molecular language Ida uses here — *these molecules are aligned in a particular way, you change their alignment, the change spreads* — is her usual habit of moving between gross structural claim and physical-chemistry framing without making a fuss about the transition.
"Well yesterday someone, I don't know who said it to me, it's Michael Salison's concept of the fascial tube which starts in the cervicals and goes in the second hour when you start working on the ankles you're heading vertically again. Know that each horizontal that you bring out down below reflects itself upward as we saw in Takashi yesterday where he's working on his leg and you can see his rib cage absorbing the change. I mean this, when the tissue is in tension, that's stored energy that you release into the body. And its energy is not a metaphysical something. These molecules are aligned in a particular way. You change their alignment. The change spreads."
Continuing in the same 1975 Boulder conversation, after Salveson's fascial-tube image has been introduced:
The everted foot and the developmental history
Ida's most patient teaching on the feet was developmental. She wanted students to understand that the adult foot the practitioner meets is the product of a history — a history that began before the child could walk and was consolidated through years of an unexamined gait. Children sit, in her observation, on the outsides of their feet. They walk on the outsides of their feet. Nobody corrects them, because nobody in the standard culture has the structural framework to know what to correct. By the time the child has become an adult, the retinaculae have done their gluing job, the soft tissue has hardened around its bony displacements, and the everted foot is no longer a habit but an anatomy.
"the string is pulled so tightly and can't be moved and can't be loosened, nothing can happen. The muscles can't move. Now as a kid grows up walking on the outside of his feet, and those of you have who have kids, go back and look at those kids sitting in a chair doing anything, sitting like this, always on the outside of their feet, always on the outside of their feet. You see, they have never brought it around. It has never been presented to the child or to the individual that is a goal to bring it around. No one presents this. If it happens, that the kid is a good, or maybe a pain around. But it's just as likely to not happen. And Beverly is going to go home, and she's going to have an awful time because she's got three of them in her house."
From the RolfB2 public tape, mid-demonstration on the developmental origin of the averted foot:
The chain Ida traced has practical consequences for working with children, and she pressed those consequences hard in the RolfA3 advanced class. The harried parent whose child has been told by an orthopedist that surgery is required for a clubfoot or a serious foot pathology should not be told, by the practitioner, to refuse surgery. They should be told that the rest of the body needs to be in as good shape as possible before the surgery occurs — that surgery will be the ultimate destination for some of these children, but the body that arrives at surgery should not arrive disorganized everywhere else. The practitioner's role with children, in Ida's teaching, is preparatory and integrative, not curative in the surgical sense. The same realism shows up everywhere in her teaching on the feet: she is willing to say what the work can do and what it cannot.
"not with clubfeet, but I have other types of, like, knee pathology. Mhmm. It's not just a question of by accident these feet are off. It's a question of I don't know what, whether it's a genetic determination or what it is. I don't know. But I do know that it's a problem of the whole body and no food. Those kids will be tied their back will be tied up until you just cry for them. That doesn't say you can't get them out of it. You don't get them you don't ever get them normal. Neither do surgery, in spite of what any surgeon tells you. But you certainly get them to a place where they do it, it does life better. And over and over again, seeing what we're talking about it, this problem will arise. Some harried and harassed family come to you and they say, well, can you see little Johnny's feet now?"
From the RolfA3 public tape, discussing children with serious structural foot pathologies and how to counsel their parents:
The feet in the larger recipe
Across her teaching, Ida placed the feet at a particular point in the structural sequence of the recipe. The first hour had begun on the outside of the body and had let the pelvis mobilize within the envelope of the flesh. The second hour had to connect the pelvis to the ground — and the ground was reached through the feet. Until the feet could deliver the pelvis to the floor through a functional ankle and a functional dorsum hinge, the work above could not stabilize. The feet are therefore not the most fundamental part of the recipe in some metaphysical sense; they are the most fundamental part in the structural sense that everything above depends on them for its grounding.
"Now in terms of your third hour work, you have now gotten you see, see in the first hour, you have started on the outside of that body and done a pretty good job all around permitting the pelvis to become more mobilized within the envelope of the flesh. This is the sort of thing that you saw so plainly on Sharon, where you could see that pelvis waving in the breeze inside the envelope. But there was no proper span of the envelope to keep the pelvis from waving in the breeze inside of it. And so, as I say in that first hour, we have gone toward the goal of making the pelvis more horizontal, organizing it on top of the legs in order that it may be horizontal. And then in the second hour, realizing that except we connected that pelvis up to the floor through the action of the ankle joint, we were not getting anywhere. And those of you who were real smart realized that not only must you get movement in the ankle joint, but you must get movement in the foot and as I usually express it in this room you must get hinge joints horizontal hinge joints and you get the first and the lowest one across the dorsum of the foot. Sometimes it's pretty hard to get in."
From the RolfB2 advanced class, locating the second hour within the structural sequence of the recipe:
The structural logic is the same logic she applied to every part of the body. Each region depends on the regions adjacent to it for its support and its mobility, and the recipe is the sequence in which the practitioner addresses these dependencies so that each step prepares the ground for the next. The feet come second because the first hour's mobilization of the pelvis would float — would, in her image from the same passage, wave in the breeze inside an unspanned envelope — if the feet did not provide the grounding from below. By the time the second hour is finished, the pelvis has both its lateral release from above and its grounding from below, and the third hour can turn to the side body knowing that the structural ends are secured.
"Because as far as they're concerned, this is a foot, this is foot, this is a foot, and it's my foot, and therefore, it's a normal foot. This isn't so. Your first joint is across the dorsum of the foot, your second joint is at the ankle and both of them have to be operational before you can start getting operational joints properly operational joints at the knee and at the hip and then start up the spine. You see, it's a it's an absurdly simple concept. Days later."
From the RolfB2 public tape, concluding her statement of the hinge doctrine:
Coda: the foot as where the work is tested
In the end, the feet were for Ida the place where the practitioner's work was tested. The structural claims she made about gravity, about energy flow, about the body's relation to the field — all of these claims came to a point at the place where the body met the ground. If the work had succeeded, the foot received the body's weight in a way that distributed it through a horizontal hinge across the dorsum, through a balanced ankle, through outer and inner arches whose cooperation kept the structural mesh resilient. If the work had failed, the foot rolled outward and the center line above it disappeared. The diagnostic was felt rather than measured, and Ida insisted on the felt evidence in her teaching to the very end.
"to put the weight back again into the center line. See what you begin to feel as you begin to feel the establishment of that center line. And where it goes as it goes up into the body and what you are aware of in terms of its lacks and what you are aware of in terms of its ability to help you unify yourself. Realize that when you are standing with your weight flowing down on the outer arch, you are destroying the unity within yourself. Now this is what I jumped on yesterday when I came in and somebody was telling me from some book or other, it might even have been a book of my lectures, That weight has to go through the three center toes. It's true. This is the abstraction. But what is the silent level? You're feeling it right now. The silent level is talking to you. The silent level is telling you how you can get to act at one with gravity. One of the ways you can do it is by turning your toes up so as to run that line up through the middle. Certainly the negative way to do it is not to let the weight go down on the outer arch. Now after you got all of this done then it's time to put it into the high order abstraction."
From the 1976 Boulder advanced class, completing the toes-up demonstration and naming what the practitioner is feeling for:
The teaching record on the feet is, in the end, a teaching record on how to bring the body's own evidence forward against the formulas that have accumulated around it. Ida's vocabulary — the silent level, the high-order abstraction, the experimental data — was her way of insisting that the practitioner trust what the body shows over what the textbook says, even when the textbook is hers. The second hour, in this teaching, is the hour where the practitioner learns to feel the difference between an outer arch that lifts and an outer arch that collapses, between a dorsum that hinges and a dorsum that does not, between a leg whose shin muscles deliver the foot to the ground and a leg whose shin muscles are too disorganized to do the delivering. The feet are where the work either lands or does not. Everything above depends on it.
See also: See also: the Open Universe Class (UNI_044) for an extended discussion of how the soft-tissue changes induced at the feet propagate through the fascial body and what observers describe as the warming or melting sensation between fascial layers during the work. UNI_044 ▸
See also: See also: the 1976 Teachers' Class 02 (T2SB) for the working conversation about tibia-fibula displacement and the predictability of structural patterns above an everted foot — a methodological extension of the foot doctrine into the question of whether the work could be formalized for analysis. T2SB ▸
See also: See also: the 1976 Rolf Advanced Class (76ADV41) for Ida's extended exchange with a student on what counts as evidence for any claim about how the foot bears weight — her most rigorous demand that received doctrine, including her own, be tested at the silent level before being taught. 76ADV41 ▸