How to Achieve Female Ejaculation: Tips and Techniques

Female ejaculation is a real physiological response that somewhere between 10 and 54 percent of women report experiencing, though the wide range in that estimate hints at how poorly understood and inconsistently defined the phenomenon remains.¹ There is no single guaranteed method to “achieve” it, because bodies vary and the underlying anatomy differs from person to person. But understanding what is actually happening physically, learning what kinds of stimulation are most likely involved, and addressing the psychological barriers that often get in the way can all meaningfully increase the chances.

Ejaculation and Squirting Are Not the Same Thing

One of the biggest sources of confusion is that two different events get lumped under the same label. What researchers call “female ejaculation” in the narrow sense is a small volume of thick, milky fluid released from the Skene’s glands, sometimes called the female prostate. Analysis of this fluid shows it is chemically distinct from urine: it contains prostate-specific antigen, prostatic acid phosphatase, and glucose at elevated levels, while creatinine (a marker concentrated in urine) is lower than what you would find in a pre-sexual urine sample from the same person.² In other words, the fluid shares some components with male seminal fluid, minus the sperm.

“Squirting,” by contrast, involves a larger volume of fluid that is mostly dilute urine, though it can also contain secretions from the Skene’s glands.³ Imaging studies have shown the bladder rapidly filling during arousal and then emptying during the expulsive event. The two phenomena can happen together, separately, or not at all. When people talk casually about female ejaculation, they usually mean squirting, but the biological mechanisms overlap only partially. Knowing the difference matters because it changes what you should expect: true ejaculation from the Skene’s glands produces a much smaller quantity of fluid than the dramatic gushing often depicted in pornography.

The Anatomy Involved

For decades, researchers debated whether the so-called G-spot was a distinct anatomical structure. A systematic review of the evidence concluded that rather than a single “spot,” what is going on involves a broader region now referred to as the clitourethrovaginal complex, a concept that links the internal structure of the clitoris, the urethra, and the anterior (front) vaginal wall into one functional zone.⁴ The clitoris is not just the small external nub most people picture. It extends internally with two legs (crura) and two bulbs of erectile tissue that wrap around the vaginal canal. The Skene’s glands sit on either side of the urethra, tucked into this same region.

When the anterior vaginal wall is stimulated with firm pressure, you are indirectly pressing on clitoral tissue, urethral sponge, and the Skene’s glands simultaneously. That convergence of nerve-dense structures is why stimulation of the front wall feels different from stimulation of other vaginal areas, and why it is most commonly associated with ejaculation. But the size and positioning of the Skene’s glands vary considerably between individuals. Some women have glands that are barely detectable on imaging; others have glands large enough to be palpable. This anatomical variability is one reason some women ejaculate easily and others never do, regardless of technique.

Stimulation Techniques That Are Most Commonly Linked to Ejaculation

No controlled trial has tested one technique against another for producing ejaculation, so what follows is drawn from clinical observations, survey data, and anatomical reasoning rather than randomized experiments. That said, certain approaches consistently come up in research and clinical literature.

Internal Stimulation of the Anterior Wall

The most frequently cited technique involves firm, rhythmic pressure on the front wall of the vagina, roughly two to three inches inside, using one or two fingers in a “come hither” curling motion. The target is the spongy, slightly textured tissue you can feel just behind the pubic bone. Because the relevant structures sit between the vaginal wall and the urethra, you need more pressure than a light touch. Many women describe the initial sensation as similar to needing to urinate, which makes sense given the proximity to the urethra and bladder. That sensation is not a sign something is wrong; it is a sign you are in the right area. Relaxing into it rather than clenching against it is a consistent theme in anecdotal and clinical accounts.

Combined Clitoral and Internal Stimulation

Because the clitourethrovaginal complex functions as an interconnected region, combining external clitoral stimulation with internal anterior wall pressure stimulates more of the relevant tissue at once.⁴ A vibrator on the clitoris while using fingers internally, or a partner providing oral stimulation externally while using their hand, are common approaches. The idea is not to overload with sensation but to engage both the internal and external branches of the clitoral network simultaneously, which tends to build arousal more effectively than either alone.

Bearing Down Rather Than Tightening

One practical tip that comes up repeatedly in clinical discussions: at the point of high arousal, bearing down gently with the pelvic floor muscles (as if pushing out) rather than squeezing inward can facilitate the release of fluid. Squeezing tends to close off the urethra and Skene’s gland ducts. Pushing outward opens them. This is counterintuitive for many women, because the instinct during intense sensation is to clench. Practicing the difference between “squeeze” and “push” outside of a sexual context can help build awareness of which muscles to engage.

Why Pelvic Floor Strength Matters

Pelvic floor muscle training (often called Kegel exercises, though that term is slightly reductive) has documented effects on sexual function more broadly. A narrative review found that training these muscles leads to increased muscle strength, better blood flow to the genital region, and heightened clitoral sensitivity, alongside psychological benefits like greater body awareness and reduced anxiety around sexual response.⁵ Those physical improvements are directly relevant to ejaculation: stronger pelvic floor muscles give you more control over the bearing-down action described above, and better blood flow means more engorgement of the erectile tissue surrounding the urethra and Skene’s glands.

The training itself is straightforward. Identify the muscles by stopping your urine stream midflow once (just to locate them, not as a regular exercise). Then practice contracting and releasing those muscles in sets throughout the day. Gradually work up to holding contractions for several seconds. Over weeks, most women notice improved sensation and control during sexual activity. The connection to ejaculation specifically has not been tested in isolation, but the physiological chain is plausible: stronger muscles, better engorgement, more awareness of how to push versus clench, and reduced anxiety about what the body is doing.

The Psychological Side Is at Least Half the Battle

Ejaculation requires a kind of surrender that runs counter to what many women have been taught about their bodies. The sensation of needing to urinate, the fear of making a mess, the worry that a partner will react negatively, and the pressure to perform something seen in pornography all work against relaxation. Research on sexual functioning in women consistently finds that psychological factors are deeply intertwined with physical response. One study examining emotion regulation and sexual functioning found that sexual communication partially mediated the relationship between how women manage their emotions and how well their sexual response works.⁶ In plain terms: women who could talk openly with their partners about sex had better sexual functioning, and this effect helped explain why women with healthier emotional regulation also had better sexual outcomes.

For ejaculation specifically, communication matters in concrete ways. Telling a partner “I might feel like I need to pee and that is normal” removes one of the biggest psychological brakes on the experience. Laying down a towel in advance eliminates the mess anxiety. Agreeing ahead of time that the goal is exploration rather than a guaranteed outcome removes performance pressure. These are not abstract self-help suggestions; they directly address the mechanisms that inhibit the physical relaxation and bearing-down that ejaculation requires.

Arousal Level Matters More Than Technique

One underappreciated factor is simply how aroused a woman is before any specific technique is attempted. The Skene’s glands and urethral sponge become engorged with blood during prolonged arousal, much like erectile tissue in the penis. The more engorged these structures are, the more sensitive they become and the more fluid they produce. Jumping straight to firm anterior wall stimulation without substantial buildup is one of the most common reasons people fail to achieve ejaculation. Extended foreplay, including whatever is most arousing for the individual (which varies enormously), gives the tissue time to become fully engorged. Many women who eventually experience ejaculation report that it happened only after unusually long and focused arousal, not because a new technique was used but because the buildup was more thorough.

This also explains why ejaculation sometimes happens “by accident” during sessions where there was no specific attempt to produce it. The conditions were right: high arousal, relaxation, and stimulation that happened to engage the right anatomy. Trying to force it with aggressive technique while skipping the arousal component is working against the body’s physiology.

What If It Never Happens

Given that the reported prevalence ranges from roughly one in ten to one in two women, a sizable portion of women will never ejaculate regardless of technique, arousal, or psychological openness.¹ The huge spread in that prevalence figure reflects not just differences in how the question is asked, but real anatomical variation. Women whose Skene’s glands are small or underdeveloped may simply not produce enough fluid for a noticeable ejaculation, and no amount of stimulation will change the size of those glands. This is normal anatomy, not a deficiency.

The framing of ejaculation as an “achievement” to unlock can itself become a source of sexual dissatisfaction. Orgasms that do not involve ejaculation are not lesser orgasms. Many women report that the pressure to ejaculate, often driven by a partner’s expectations shaped by pornography, made sex worse rather than better. The most evidence-supported path to better sexual experiences involves communication, sufficient arousal, and comfort with one’s own body, and those things improve sex whether or not ejaculation ever occurs.

Distinguishing Ejaculation from Incontinence

Some women who experience fluid release during sex worry they are dealing with urinary incontinence rather than ejaculation. This is a legitimate medical question, not just an anxiety to be waved away. Coital incontinence (involuntary urine leakage during intercourse) is a recognized condition, especially in women with pelvic floor dysfunction. The systematic review that established the 10-54% prevalence range for ejaculation specifically noted the challenge of distinguishing the two.¹

A few rough guidelines help separate them. Ejaculation tends to occur at the peak of arousal or during orgasm, while incontinence more often occurs during penetration or physical exertion unrelated to orgasm. Ejaculate from the Skene’s glands has a different appearance and smell from urine. And squirting fluid, while mostly composed of dilute urine, occurs in the context of high arousal and involves bladder filling that happens during the arousal process itself, not from a pre-full bladder.³ If fluid leakage happens outside of sexual contexts, during low arousal, or is accompanied by other urinary symptoms, a conversation with a pelvic floor specialist is worth having. Pelvic floor muscle training, which benefits sexual function broadly, is also a first-line treatment for stress urinary incontinence, so the recommendation overlaps.⁵

Toys and Positions

Curved sex toys designed to apply pressure to the anterior vaginal wall are widely marketed for G-spot or ejaculation-focused stimulation, and the anatomical logic is sound: they reach the right area with consistent pressure and the correct angle, which can be difficult to maintain with fingers alone, especially during solo play. Vibrating versions add clitoral-type stimulation to the internal pressure. No clinical trial has compared toy types for producing ejaculation, but the principle of sustained, angled pressure on the front wall with simultaneous clitoral engagement applies regardless of whether the tool is fingers, a toy, or a partner’s body.

For partnered sex, positions that angle the penetrating partner’s body or fingers toward the front vaginal wall are more likely to stimulate the relevant anatomy. Woman-on-top positions allow the receiving partner to control the angle and depth. From behind, the natural curve of penetration tends to press against the posterior wall rather than the anterior, which is less likely to engage the clitourethrovaginal complex. Missionary with a pillow under the hips tilts the pelvis to redirect pressure forward. These are starting points, not prescriptions. Individual anatomy varies enough that the “right” position is the one that produces the sensation of internal pressure behind the pubic bone for a given person.

1
PubMed Central. Female ejaculation orgasm vs. coital incontinence: a systematic review
2
Elsevier / Medical Hypotheses. Does female ejaculation serve an antimicrobial purpose?
3
Wiley Online Library. Enhanced visualization of female squirting
4
Oxford University Press. G-spot: Fact or Fiction?: A Systematic Review
5
PubMed Central. Female Sexual Function and Pelvic Floor Muscle Training: A Narrative Review
6
PubMed Central. The role of sexual communication in the relationship between emotion regulation and sexual functioning in women: The impact of age and relationship status