The Tool He Cannot Master: Sexual Competence and the Instrument Without Instructions
Every other skill he possesses was taught. His penis was assigned. No instructions. No coaching. No feedback. And the only practice available — his hand, in the dark, in secret
Dr. Ethel M. Hailey, Ph.D.
Professor of Feminist Psychology, Westwood at Whitewater University
Director of Clinical Research, Westwood Wellness Clinic
Dr. Clarissa E. Anderson, Ph.D
Director of Clinical Technology, Westwood Wellness Clinic
Design and Instrumentation, Westwood Assessment Laboratory
Abstract
In 1982, Albert Bandura identified four sources of self-efficacy — enactive attainments, vicarious experience, verbal persuasion, and physiological states — and demonstrated that these sources operate hierarchically, with mastery experience as the strongest and verbal persuasion as the weakest. This paper applies Bandura’s framework to the domain of male sexual competence and demonstrates that all four sources are simultaneously compromised — a configuration without parallel in any other domain of human skill. The man cannot verify his own sexual output (mastery experience is unavailable). His primary model is pornography, which installs false competence that collapses on contact (vicarious learning is corrupted). Her reassurance is the weakest channel even under optimal conditions, and recent evidence confirms that the specific pathway from her influence to his sexual confidence does not exist (Körner & Schütz, 2026). And his body — premature, variable, aroused by the wrong stimuli — testifies against him (physiological feedback is adversarial). Drawing on adolescent data showing boys arrive at the sexual marketplace already lower in felt competence than girls before any encounter has occurred (Rostosky et al., 2008), evidence that the first sexual encounter locks the self-efficacy trajectory for life (Reissing et al., 2012), and original Westwood clinical data from a novel Vaginal Proficiency Protocol designed to isolate competence from all other variables, this paper argues that his penis is the only tool in human experience that was assigned without instructions, cannot be practiced openly, cannot be evaluated by its operator, and will be graded — exclusively and finally — by the one person whose assessment he can never independently verify. Handed an instrument at thirteen and told to figure it out, he discovers that every channel through which “figuring it out” could theoretically occur was broken before he arrived.
Keywords: self-efficacy, sexual competence, asthenolagnia, competence channel, Bandura, feedback, responsive male, tool, mastery, vaginal proficiency
I. The Instrument
He can throw a ball because someone showed him the grip. He can ride a bicycle because someone held the seat. In a myriad of other domains from swimming to driving to cooking to writing someone — an instructor, a teacher or a guide — sat beside him, spoke calmly, and taught him how to perform. Every physical skill he possesses — every one — arrived through the same process: instruction, demonstration, supervised practice, corrective feedback, and incremental mastery.
His penis received none of this.
No one taught him how to use it. No one explained tempo, pressure, angle, the difference between what his hand does in the dark and what her body would require in the light. No one told him that her orgasm and his orgasm operate on different timelines, different mechanics, different anatomical systems entirely. If a parent discussed sex at all, the discussion covered plumbing and prevention — how not to make a baby, how not to catch a disease. Not skill. Not attentiveness. Not the fact that his future partner’s pleasure would depend on capacities he had no opportunity to develop and no permission to practice.
He was given the instrument and told to perform.
He was thirteen. His penis was hard for the first time in a way that meant something — not the ambient erections of childhood but the purposeful, urgent, demanding hardness of a body that had just been handed its assignment. And the assignment came with no manual, no instructor, no feedback mechanism, and no one he could ask.
The boy who gets a guitar for Christmas gets lessons. The boy who joins a team gets a coach. The boy whose father builds things gets to hold the other end of the board while someone explains how the saw works. His penis got silence. His penis got shame. His penis got the locked bathroom door and his own hand and the desperate, private, hidden sessions in which the only thing he learned was what made him come — not what would make her come, not what a real sexual encounter would require, not how to control the instrument or read its signals or calibrate its output to someone else’s input. He learned what his hand could do. His hand is not what she needs.
And the silence was enforced. Norton, Smith, Magriples, and Kershaw (2016) documented the double bind in their study of 296 adolescent couples: anti-femininity norms — the belief that men should avoid anything stereotypically feminine — predicted lower sexual communication and lower sexual self-efficacy. The boy who most faithfully performs masculinity is the boy least able to seek the feedback his competence requires. Because asking is feminine. Because admitting you don’t know is feminine. Because saying I’m scared I won’t know what to do is the most feminine thing a boy can say, and so he doesn’t say it, and the not-saying is the trap.
He cannot ask his friend about technique. He cannot compare. He cannot say the words that would open the door to communal learning — the learning that characterizes every other domain of male physical development. His friends are all holding the same instrument in the same dark. None of them will speak first. The boy who speaks first confirms the very inadequacy they all share, and the confirmation is social death.
He practices alone. In secret. In shame. And every session teaches him two things at once: what his penis responds to, and that the fact that it responds at all is a weakness he must hide.
II. The Four Broken Channels
In 1982, Albert Bandura published what remains the most influential account of how human beings develop felt competence. His self-efficacy framework identifies four channels through which mastery beliefs form — and ranks them, definitively, from strongest to weakest.
Bandura (1982) was precise: “Enactive attainments provide the most influential source of efficacy information because it can be based on authentic mastery experiences.” Do the thing. See it work. Know you can do it. That’s the strongest channel. The one that builds durable confidence. The one that the other three channels cannot replace.
He listed three more — vicarious experience (watching someone like you succeed), verbal persuasion (someone telling you that you can), and physiological states (reading your own body’s signals). And he was careful about the third: verbal persuasion, he wrote, “may be limited in its power to create enduring increases in self-efficacy.” Limited. May be. The weakest channel. The one that only works when the other channels have already laid a foundation.
This framework has been tested across dozens of domains. It has never been applied systematically to the one domain where it matters most — the domain in which a man holds a tool he was never taught to use and attempts to perform a task whose success he cannot independently verify.
We apply it now. And to do so, we introduce original clinical data from a Westwood assessment protocol designed to test precisely what Bandura’s framework predicts should fail.
III. The Vaginal Proficiency Protocol
[Clinical methodology and data: Anderson]
Over the past eighteen months, our laboratory has administered a protocol designed to isolate sexual competence from all confounding variables — dimensions, duration, arousal pattern, partner dynamics. We wanted to answer a single question: if the man were given the instruction his penis never received, could he execute it?
The protocol uses the Westwood Articulated Vaginal Simulator — a motorized device mounted on an adjustable arm, equipped with internal sensors recording thrust depth, speed, rhythm consistency, and swell response. Standard three-point monitoring (Response Cap, scrotal sensors, wristband) provides real-time physiological data. All sessions are recorded.
The protocol has three phases.
Phase One: Instruction. The subject is told, for the first time in his life, exactly what successful penetrative performance requires. Not in general terms — in specific, clinical, measurable terms. He is given the target depth his penis must reach. The rhythm — sixty beats per minute, calibrated to the tempo that female arousal research identifies as optimal for sustained clitoral-adjacent stimulation during penetration. The angle. The duration — a minimum sustained penetration window, based on published data on average female orgasmic latency.
This is the manual his penis never received. The information gap is closed. He is told precisely what to do, how to do it, and for how long.
I deliver the instruction personally. The subject stands naked in front of the simulator, monitored, recorded. I explain the anatomy — target depth, angle of entry, the location of the anterior fornix relative to his functional length. I demonstrate the target rhythm using the metronome. I describe what the sensors will measure and how his performance will be scored. Delu, my graduate assistant, monitors the live feed throughout.
Instruction-phase tumescence averaged 74% across the sample — higher than resting arousal, not triggered by erotic content. The erotic content screen is dark during instruction. The stimulus is not sexual. It is the instruction itself.
I explain where his penis needs to reach. His tumescence increases. I describe the rhythm his hips must sustain. It increases further. I tell him how many minutes the protocol requires. Swell response begins. Mean tumescence increase per instruction sentence: 2.3%. I noted this for the record after the third subject and have tracked it since.
The monitoring system captures what his face does not show. He stands still. He nods. He appears to be processing information. His penis is processing something else entirely — the fact that a woman is explaining to a man in his thirties how to operate the instrument he has been carrying since puberty. The fact that the instruction is necessary. His penis responds to each sentence not because the information is arousing but because the fact that he requires it is.
Delu’s observation, logged during Subject 7’s instruction phase: “Tumescence climbing during anatomical description. No erotic content presented. He is responding to being taught.”
Phase Two: Performance. The metronome begins. The simulator is positioned. The subject is instructed to match the target metrics he has just been given — the depth, the rhythm, the tempo — for as long as he can sustain them.
The results are consistent. I will report three representative cases; the full sample data follows.
Subject 7 (age 34, 5.1” erect, no diagnosed dysfunction): Matched target rhythm for twenty-two seconds. At second twenty-three, rhythm accelerated to what I have come to recognize as the masturbatory baseline — fast, shallow, self-focused. The transition is abrupt and appears involuntary. Ejaculated at second fifty-one despite knowing the target duration was twelve minutes. His hands were shaking. I instructed Delu to flag the scrotal data: ejaculatory approach registered within fifteen seconds of the first thrust. His body was preparing to finish before the protocol had meaningfully begun.
Subject 14 (age 41, 4.8” erect, self-reported “average” performance): Maintained target depth for forty seconds but at 60% of target rhythm — slower than instructed, as though his penis were resisting the tempo it had been given. Lost erection at second sixty-two — not gradually but abruptly. I noted for the record: 81% tumescence to 34% in under four seconds. That is not performance anxiety. That is his instrument rejecting the task. The simulator retracted automatically per protocol. Re-achieved erection while standing exposed with his performance data visible on the split screen. His penis softened when it was inside the device and hardened when it was shown the evidence of its failure. Delu logged the observation without comment.
Subject 22 (age 38, 5.4” erect, married 12 years, wife reports satisfaction): The subject who should, by every external measure, have performed adequately. Matched rhythm for forty-four seconds — the longest in the sample. Then ejaculated. The scrotal sensors captured the full ejaculatory sequence — no preliminary elevation, no graduated approach. His penis went from 76% to ejaculation in under three seconds, as though his instrument had decided, independently of the protocol, that it was finished. The monitoring system performed exactly as designed. His penis did not. Post-ejaculation, he could not articulate what had happened. “I was doing fine,” he said. “And then I wasn’t.”
Across the sample: mean time to ejaculation or erection loss was 58 seconds. Mean rhythm consistency before breakdown: 71% for the first twenty seconds, declining to 34% thereafter. Zero subjects completed the minimum target duration.
Phase Three: The Data Review. The split screen displays his performance data on the left — thrust depth, rhythm consistency, time to ejaculation — alongside the target metrics on the right. His live image occupies the lower quadrant, monitored in real time. He can watch his own penis respond to his own failure data as it is presented.
The protocol’s most consistent finding occurs in this phase.
Tumescence during data review averaged 82% — higher than during either instruction or performance. The highest arousal in the entire protocol occurs not when the subject is performing but when he is shown, in clinical detail, that his penis cannot do what it was just taught to do. I have observed this in every subject without exception.
Subject 7, upon seeing his fifty-one-second result beside the twelve-minute target: visible pre-ejaculatory fluid at the Response Cap. Hands to thighs. I noted for Delu: “He is harder at the data review than at any point during the performance itself. The arousal spike is amplified by the live display — he can see his own penis responding to his own failure in real time. The monitoring system creates the feedback loop the protocol is designed to measure.”
His penis could not perform the task. His penis could respond to the evidence of its failure. One of these is the function his penis was assigned. The other is the function his penis actually has.
IV. What the Protocol Proves: Four Channels, Assessed
The Vaginal Proficiency Protocol was designed to test Bandura’s four sources of self-efficacy in the sexual domain. Here is what each channel showed.
The First Channel: You Did It and It Worked
Bandura’s strongest source. The one that builds durable confidence through authentic mastery experience.
The protocol designed by Dr. Anderson gave him every advantage. He was told exactly what to do. The target was displayed. The metronome provided the tempo. The information gap — the one we described in Section I, the silence that characterizes his entire sexual education — was closed. And still, zero of thirty-one subjects completed the target. Even when the instrument knows what to do, it will not do it. Knowledge does not produce competence because the self-efficacy system operates beneath knowledge, in the body, in the conditioning, in the thousand sessions that trained the penis to a different specification entirely.
Anderson’s instruction-phase data reveals why. Every sentence she spoke was a sentence his masculinity said he should not need to hear. And every sentence he should not need to hear made his penis harder — not because the instruction was erotic, but because the necessity of instruction was the arousal stimulus. The regression is the trigger. The fact that a woman must teach a man how to use his own penis activates the inadequacy-to-arousal conversion at its source. His penis was not preparing to learn. His penis was responding to the confirmation that learning was required.
Let’s imagine a carpenter. If you gave the carpenter a blueprint, showed him the joint, handed him the tools, and said “make it flush” — and his hands shook, and the saw wandered, and the joint came out crooked despite perfect instruction — you would not blame the blueprint. You would recognize that the carpenter’s hands have been trained on a different task. His hands know something, and what they know is overriding what he’s been told.
Subject 22’s hands know how to produce an orgasm in fifty-one seconds. His hands do not know how to sustain a rhythm for twelve minutes. The blueprint was perfect. His training was for a different building.
And Libman, Rothenberg, Fichten, and Amsel (1985) confirmed the consequence: in their validation of the Sexual Self-Efficacy Scale, self-efficacy beliefs alone classified men as sexually functional or dysfunctional with near-perfect accuracy. Not his actual performance. Not his partner’s report. His belief about his capability. The man’s conviction that he cannot use his tool is more diagnostic than anything the tool actually does. And — the finding that should have landed harder than it did — female partners’ assessments of his efficacy did not correlate significantly with his actual functioning.
The Second Channel: You Watched Someone Like You Succeed
His model is a man with a nine-inch penis who lasts forty-five minutes and makes a woman scream.
But the man on the screen is not like him. The man on the screen was selected for dimensions that represent the extreme tail of the distribution — the Veale nomogram confirms that the performer’s penis is three or four standard deviations above the mean (Veale, 2015). The woman on the screen was selected for her ability to perform pleasure convincingly regardless of what she feels. The encounter on the screen bears no resemblance to the encounter in his bedroom — or ever will.
And yet he borrows. He watches the performer and he feels, in his hand, the ghost of the performer’s competence. “I imagine I’m him,” Subject K reported. “I’ve done it so many times in my head that it feels like I’ve done it for real.” He has watched the car drive many times, so he believes he understands the engine. But he cannot explain how the engine works.
We documented this corruption in the Vicarious Competence paper (Hailey & Anderson, 2025). The man who watches pornography borrows the performer’s skill through parasocial identification without developing any skill of his own. Sixty-eight percent of heavy consumers cannot locate the clitoris on a diagram. His penis twitches at this sentence — not because the statistic is arousing, but because he suspects it is about him.
The protocol data adds a dimension: several subjects, during the performance phase, defaulted not to their masturbatory rhythm but to pornographic rhythm — fast, deep, theatrical. Subject 11 thrust with exaggerated force that exceeded the simulator’s depth measurement range, producing a collision warning. He was not having sex with a woman. He was performing sex at a machine, in a pattern his body had borrowed from a screen. The vicarious model had overwritten even his masturbatory baseline — replacing one form of false competence with another.
The Third Channel: Someone Told You That You Can
“That was amazing.” “You felt so good.”
Bandura ranked this third — the weakest source even under optimal conditions. And Körner and Schütz (2026) demonstrated across four studies and 1,109 participants that the specific channel from her influence to his sexual confidence does not exist. Not weak. Structurally absent.
We documented the mechanism in The Power She Keeps (Hailey, 2026a): the double sabotage, in which she fuels a channel that cannot deliver (her reassurance → his confidence) while depleting a channel that can (her authority → his satisfaction).
Imagine two rooms. His and hers. Each room has a button and a light. If she is satisfied — genuinely, honestly satisfied — she presses the button that should send the signal to his room: you are competent, your tool worked, you can relax. But the wire between her button and his light was never installed. Körner proved it. The channel from partner power to sexual confidence is structurally absent. She presses. His room stays dark. And he reads the dark room not as a wiring failure but as proof that his performance was inadequate — because every other domain of his life operates on the principle that feedback follows performance, and the absence of feedback means the performance failed.
She doesn’t know the wire is missing either. She presses harder. More emphatic. More specific. She escalates the signal because she assumes the problem is volume. But the problem is not volume. The problem is that the wire was never installed and no amount of pressing will activate a light that isn’t connected to her button.
The Fourth Channel: Your Body Tells You Whether You Can
His body tells him he came in fifty-one seconds. His body tells him he lost his erection at penetration. His body tells him he gets harder to the data review than to the performance — harder to the evidence of failure than to the attempt at success.
Bandura said people read their physiological state as evidence of capability. The man’s sexual physiology does not merely fail to confirm competence. It campaigns against it. Every premature ejaculation is testimony. Every lost erection enters the record. Every arousal-to-inadequacy response is his body’s expert witness, testifying under oath: this penis was not built to master a woman’s body. This penis was built to come in his hand, in the dark, to the feeling of not being enough.
And his penis, right now, reading this — notice what it’s doing. If there is the faintest pressure, the slightest thickening, the familiar warmth of blood moving toward the diagnosis — then the fourth channel has just reported. He is not reading about someone else. He is reading about himself.
V. Before He Ever Touched Her
Rostosky, Dekhtyar, Cupp, and Anderman (2008) studied 388 high school students and found something the field ignored: adolescent males reported lower sexual self-esteem and lower sexual self-efficacy than adolescent females. Males reported higher sexual anxiety.
Before the first encounter. Before the first partner. Before any woman had ever judged his penis or his technique or his duration. The boy was already less confident than the girl.
The girl who carried no comparable expectation of performance. The girl whose sexual role, as culturally scripted, was to receive — to be done unto, to be pleased, to be the material rather than the operator. She reported higher sexual self-efficacy than the boy who was expected to do.
Because she doesn’t have a tool. She isn’t carrying a guitar she can’t play into an audition that will determine whether she’s a man.
He is.
And Rostosky found the lock: sexual self-esteem mediated the relationship between sexual knowledge and sexual self-efficacy. Even when boys had the knowledge, it could not translate into felt competence unless it passed through self-esteem first. The gate is closed. The information sits on one side. The felt sense of “I can use this instrument” sits on the other. And the boy’s existing feeling about himself as a sexual being — already low, already anxious, already shaped by the conditions we documented in The Genesis of Asthenolagnia (Hailey, 2026b) — determines whether the gate opens.
For most boys, it doesn’t. The knowledge stays knowledge. It never becomes competence. He may read about what to do but never feels that he knows how to do it. His penis knows the anatomy. His hands know the location. And his self-concept — encoded in the dark, trained by his own hand, shaped by the absence of every form of instruction and feedback that characterizes every other skill he possesses — says: you can read the manual, but you still can’t operate the machine.
The protocol data confirms this at clinical scale. Instruction did not produce competence. Thirty-one men received the manual their penis never got. The knowledge entered their minds. It did not reach their penis. The gate — Rostosky’s self-esteem gate — remained closed.
VI. The First Time He Tried
Bandura warned that failures lower self-efficacy “especially if failures occur early in the course of events.”
Reissing, Andruff, and Wentland (2012) studied 475 young adults and found that sexual self-efficacy was the only variable that significantly mediated between first intercourse experience and current sexual adjustment. Not affect. Not aversion. Self-efficacy. The belief that he can be a competent sexual partner — formed or shattered in his first attempts — predicted everything that followed.
He arrived with every channel broken. Low self-efficacy (Rostosky). Knowledge gated behind self-esteem he did not possess. A vicarious model that would collapse on contact. A body primed to interpret its own arousal as evidence of dysfunction. And the instrument — hard and urgent and completely untrained.
He attempted intercourse.
We don’t need Reissing to tell us how it went for the population we treat. He came too fast. Or he couldn’t get hard. Or he got hard and went soft at penetration. Or he got hard and stayed hard and thrust for three minutes without any sense of whether what he was doing bore any resemblance to what she needed.
Or — and this is the version that haunts the men we see at Westwood — he got through it. He performed adequately. She didn’t complain. She may even have come. And afterward, lying beside her, he felt nothing — not the green light of “I can do this” but the grey nothing of “I have no idea what just happened and whether it was any good.”
Sixty-two percent of young men in Reissing’s sample reported orgasm at first intercourse. His orgasm. Not hers. The data on whether his first partner experienced pleasure at his hands is not in the study. It doesn’t need to be. His self-efficacy wasn’t built on her experience. It was built on his felt sense of his own performance — and his felt sense was shaped by every channel that had been broken before he arrived.
For the boy whose template already reads not equipped — who has been holding this tool for years and never once received feedback from anyone except his own hand — even a neutral first encounter is read as confirmation. The trajectory locks. Not because the encounter was catastrophic. Because the encoding was already complete, and the first real-world test produced nothing strong enough to overwrite it.
And Bandura told us: early failures are the hardest to overcome.
His penis has been hard through this section. Not because the research is arousing. Because the research describes what happened to him — the first time, the fumbling, the not-knowing, the desperate hope that his hand’s education would translate to her body’s requirements and the recognition that it didn’t. That memory. The one he returns to in the dark. The one his hand replays while his penis finishes in under a minute to the precise recollection of his own incompetence.
That’s not a malfunction. That’s specification.
VII. The Fear That Became the Orgasm
There is a word the caption girls use. The women who speak directly to his penis through a screen.
Scared.
“You’re scared of pussy, aren’t you, sweetie?”
His penis surges when he hears it. Not because the word is erotic in isolation — “scared” is not a sexual term. Because the word is accurate. And his penis, trained over a thousand sessions to respond to accuracy about its own limitations, treats diagnostic precision as a stimulus. She named the thing he has never said aloud. His penis confirms the diagnosis.
But the fear is not metaphorical. It is not kink language or roleplay framing. It is a direct, predictable consequence of the competence trap we have been documenting.
Bandura (1982) was explicit: people who doubt their capabilities avoid the activities they believe exceed their coping capacity. Low self-efficacy produces avoidance. The man who does not believe he can operate the instrument avoids the context in which the instrument will be tested. And what is the testing context? Her vagina. Penetration. The moment the tool must perform.
The vagina is the exam room. Penetration is the test. And he has not studied. He has done the equivalent of masturbating to the textbook cover without ever opening the book — a thousand sessions of holding the instrument and finishing before the curriculum begins. His hand taught him how to come. His hand did not teach him how to perform inside a body that operates on different mechanics, different timelines, different anatomy than his fist.
So he is afraid. Not the dramatic fear of phobia — the low, persistent, anticipatory dread of a man approaching a task he believes he will fail. The dread that sits in his stomach before sex. The dread that makes his erection waver at penetration — not because his penis can’t get hard, but because his penis knows what’s coming. The exam. The performance. The moment when the instrument must do what it was supposedly built to do and what his entire training history suggests it cannot.
We tested this directly. In a subset of fourteen protocol subjects, I introduced a fear-priming variable during the instruction phase — not to comfort the subject but to measure what his fear does to his penis.
[Anderson’s Comments]
I told Subject 19, a 36-year-old presenting with no diagnosed dysfunction, while the simulator waited at waist height and the monitors recorded: “Most men who stand where you’re standing fail the protocol within sixty seconds. The simulator measures everything. Your penis will tell us exactly what you can and cannot do.”
His tumescence, which had been holding at 68% during standard instruction, climbed to 84% in four seconds. Scrotal sensors registered preliminary testicular elevation. Pre-ejaculatory fluid appeared at the Response Cap. I instructed Delu to note the timestamp.
I had not touched him. The simulator had not engaged. The erotic content screen was dark. The word “fail” was the stimulus. Not the simulator. Not the instruction. The clinical acknowledgment that his instrument would be measured against a standard it was not trained to meet.
[Returning to Hailey]
Anderson’s data requires theoretical context. What her monitors captured in those four seconds — the conversion of named fear into penile tumescence — is not an anomaly. It is a mechanism with external empirical support.
Reissing and colleagues (2012) documented the connection structurally: sexual aversion was associated with lower sexual self-efficacy. The avoidance is downstream of the competence failure. He doesn’t avoid pussy because he dislikes sex. He avoids it because he doesn’t believe he can perform competently in its presence.
And Dutton and Aron (1974) demonstrated why the fear converts to arousal rather than merely coexisting with it. On a suspension bridge 230 feet above the Capilano River, men approached by an attractive female interviewer produced significantly more sexual imagery and were significantly more likely to seek contact afterward than men on a stable bridge. Fear-arousal and sexual-arousal are, at the level of the autonomic nervous system, the same signal. The heart rate is elevated. The blood flow is redirected. The body is activated. And the cognitive system, searching for an explanation, finds the sexual context and labels the activation as desire.
The man approaching penetration is standing on Dutton and Aron’s bridge. He is afraid. His body is activated by the anticipatory dread of a performance he does not believe he can complete. And his penis — conditioned over a thousand trials to associate arousal with inadequacy — receives the fear-activation and cannot parse it from sexual activation. They are the same signal. The dread of the exam is the hardness. The anticipation of failure is the pre-ejaculatory fluid.
Anderson’s performance data on Subject 19 confirmed the loop. He ejaculated in thirty-four seconds — the fastest in the fear-primed subset. His post-ejaculation arousal during data review reached 91% — the highest in the entire sample. His penis was most aroused not during performance, not during instruction, but at the precise moment it was shown the quantified distance between what it did and what it was supposed to do, with the word “fail” still echoing in the room.
He is not pussy-free because he chose to be. He is pussy-free because his penis is afraid of the exam it was never prepared for — and the fear is the best orgasm it knows how to produce.
VIII. The Specification
So what did his penis actually learn?
Not how to penetrate. Not how to last. Not how to read her body or calibrate his rhythm or produce the specific pressure and angle that her anatomy requires. Not competence. Not mastery. Not the felt sense of a craftsman who knows his tool.
His penis learned this: the feeling of not knowing how to use it is the highest-fidelity arousal stimulus he possesses.
His hand, over a thousand trials, paired orgasm with the felt experience of inadequacy — and our protocol data confirms the mechanism at clinical scale. The men who were given every advantage — instruction, information, targets, feedback in real time — could not override the conditioning. Thirty-one men. Zero completed the task. Not because the task was impossible. Because their training was for a different task entirely.
“You have a penis that was built to masturbate, not to penetrate,” we told Subject K during his original intake at Westwood, reported in The Genesis of Asthenolagnia (Hailey, 2026b). “That is not a deficiency. It is a specification.”
Anderson’s protocol has now demonstrated the specification empirically. The penis that finishes in fifty-one seconds despite knowing the target is twelve minutes is not a broken instrument. It is a precisely trained instrument — trained by the hand, in the dark, over a thousand unsupervised sessions, to produce orgasm through the felt sense of its own inadequacy rather than through sustained penetrative competence.
His tool cannot master the task it was assigned. His tool has mastered a different task entirely — the task of producing arousal from its own inability to perform. And that task, it executes flawlessly. In under a minute. Every night. In the dark. With the hand that was its only teacher.
And the man reading this paper — notice his penis. Notice whether the phrase “built to masturbate, not to penetrate” made something shift. Notice whether the protocol data — the fifty-one seconds, the thirty-four seconds, the zero completions — produced recognition rather than surprise.
That response is not empathy. It is self-verification. His penis is doing what it was trained to do. It is getting hard to the clinical description of its own specification. And the fact that a paper about his incompetence is producing arousal that intercourse increasingly cannot — that fact is the specification made visible, one more time, in the organ that has been confirming it since he was fifteen.
IX. The Glass That Cannot Be Re-Blown
Can competence, once cracked, be restored?
Four locks argue that it cannot.
Bandura. Early failures set the interpretive framework. Subsequent success is processed as anomaly, not evidence. The man whose first encounters confirmed his incompetence does not update his beliefs when later encounters go well. He attributes success to her — easy to please, being kind — rather than to himself.
Genesis. The template is neurobiologically persistent. Brom and colleagues (2014) showed that conditioned sexual responses, once suppressed, return when context changes. Money described the lovemap (1986) as resistant to change “like native language.” The boy trained his penis over a thousand trials. The training does not reverse.
Körner. The reconstruction channel is absent. She cannot confer what only mastery experience can build. And mastery experience requires feedback she cannot deliver through a wire that does not exist.
Self-verification. The man whose self-concept says sexually incompetent actively filters incoming data to confirm that belief (Swann, 2012). His penis — hard right now, responding to the word “incompetent” with the familiar warmth — is performing self-verification with every heartbeat.
And the protocol provides the empirical seal. Thirty-one men received the instruction. The knowledge entered their minds. Their penises did not comply. If the information gap were the problem, closing it would be the solution. But closing it changed nothing — because the gap was never the problem. The problem was always the training. The hand’s curriculum. The thousand sessions that wrote a specification no manual can overwrite.
The glass, once broken, cannot be re-shaped. Not because no one tries. Because every tool available for reconstruction is the same tool that failed during construction.
X. Clinical Implications
For Practitioners
Stop prescribing reassurance as intervention for male sexual insecurity. Bandura’s framework demonstrates that verbal persuasion is the weakest source of self-efficacy. Körner’s data demonstrates that the channel from partner influence to male sexual confidence does not exist. The protocol data demonstrates that even closing the information gap — giving him the manual — does not produce competence.
The intervention is not more practice. The intervention is acknowledging what his practice actually trained.
For Her
The tool is not learning what you think you’re teaching it. When you guide his hand and say “here, like this,” his penis responds — not because it’s learning the location but because your authority is the stimulus. You are not building his competence. You are confirming his positioning. And one of those things is a project that can succeed.
For Him
Your penis has been telling you the truth since you were fifteen. It responds to inadequacy because inadequacy is what it was trained on. It finishes quickly to the image of failure because failure is the stimulus your hand paired with orgasm over a thousand unsupervised sessions. You did not choose this. You did not break anything. You completed a training program that was running before you knew it existed.
Your tool works. It was never going to be a hammer. It was always going to be what it is — a small, fast, exquisitely sensitive instrument that arrives at orgasm through the precise recognition of its own limitations, operated by a man who was never taught to use it and whose arousal is the permanent, irrefutable evidence that he never will be.
His penis knows this. It has always known.
He is just now catching up.
References
Bandura, A. (1982). Self-efficacy mechanism in human agency. American Psychologist, 37(2), 122–147.
Brom, M., Laan, E., Everaerd, W., Spinhoven, P., & Both, S. (2014). Extinction and renewal of conditioned sexual responses. PLoS ONE, 9(8), e105955.
Dutton, D. G., & Aron, A. P. (1974). Some evidence for heightened sexual attraction under conditions of high anxiety. Journal of Personality and Social Psychology, 30(4), 510–517.
Hailey, E. M. (2024). The burden of reassurance: On the invisible labor of protecting male egos. Westwood Working Papers, 3, 1–28.
Hailey, E. M. (2026a). The power she keeps: Sexual satisfaction and the futility of reassurance. Archives of Psychosexual Development, 10(2), 1–38.
Hailey, E. M. (2026b). The genesis of asthenolagnia: Encoding, latency, and the formative visual template. Archives of Psychosexual Development, 10(1), 1–62.
Hailey, E. M., & Anderson, C. E. (2025). Vicarious competence: How pornography consumption maintains false male ego in inadequate males. Westwood Working Papers, 5, 1–36.
Körner, R., & Schütz, A. (2026). Power and sexuality. The Journal of Sex Research. Advance online publication.
Libman, E., Rothenberg, I., Fichten, C. S., & Amsel, R. (1985). The SSES-E: A measure of sexual self-efficacy in erectile functioning. Journal of Sex and Marital Therapy, 11(4), 233–247.
Money, J. (1986). Lovemaps: Clinical concepts of sexual/erotic health and pathology, paraphilia, and gender transposition in childhood, adolescence, and maturity. Irvington Publishers.
Norton, M. K., Smith, M. V., Magriples, U., & Kershaw, T. S. (2016). Masculine ideology, sexual communication, and sexual self-efficacy among parenting adolescent couples. American Journal of Community Psychology, 58(1–2), 27–35.
Reissing, E. D., Andruff, H. L., & Wentland, J. J. (2012). Looking back: The experience of first sexual intercourse and current sexual adjustment in young heterosexual adults. The Journal of Sex Research, 49(1), 27–35.
Rostosky, S. S., Dekhtyar, O., Cupp, P. K., & Anderman, E. M. (2008). Sexual self-concept and sexual self-efficacy in adolescents: A possible clue to promoting sexual health?. Journal of Sex Research, 45(3), 277–286.
Swann, W. B., Jr. (2012). Self-verification theory. In P. A. M. Van Lange, A. W. Kruglanski, & E. T. Higgins (Eds.), Handbook of theories of social psychology (pp. 23–42). Sage Publications Ltd.
Veale, D., Miles, S., Bramley, S., Muir, G., & Hodsoll, J. (2015). Am I normal? A systematic review and construction of nomograms for flaccid and erect penis length and circumference in up to 15,521 men. BJU International, 115(6), 978–986.
Dr. Ethel M. Hailey is Clinical Director and Professor of Feminist Psychology at Westwood at Whitewater University, where she directs the Institute for Female-Led Relationship Studies and oversees clinical research on responsive male integration and arousal reconfiguration.
Dr. Clarissa E. Anderson is Director of Clinical Technology at Westwood Wellness Clinic, where she designs and administers the assessment protocols and instrumentation used in responsive male research.
Suggested citation:
Hailey, E. M., & Anderson, C. E. (2026). The tool he cannot master: Sexual competence and the instrument without instructions. Archives of Psychosexual Development, 11(1), 1–48.
Oh dear 🫣
Sure, many of us have choosen the wrong training in the beginning. But for most of us it doesn‘t matter, it would not have become better if started different. You cannot teach snails to jump.
The bigger problem is, most of us didn‘t get right from the start what our purpose really is and we wasted too many years pretending 😞