Female Ejaculation: What It Is, Why It Happens, and How to Increase Sensitivity

Female ejaculation remains one of the least understood aspects of female sexual response — partly because research on it was historically limited and inconsistent, and partly because significant cultural mythology has accumulated around it that obscures what is actually known.

Here is a clear summary of what the science currently shows, and what it means practically for sexual sensitivity and pleasure.

What Is Female Ejaculation?

"Female fluid release" describes two distinct physiological events that are often conflated in popular discussion:

Female ejaculation proper is the release of a small amount (typically 1–5 mL) of fluid from the Skene's glands — small structures located near the urethra. This fluid is biochemically similar to male prostatic secretions, containing PSA (prostate-specific antigen). It is typically expelled during or at orgasm, often in small enough quantity that it goes unnoticed. Skene's glands are present in most women but vary in size and function, which may explain why some women reliably experience this and others do not.

Squirting is a separate, higher-volume expulsion (anywhere from 30 mL to over 150 mL in some studies) that occurs in some women during sexual stimulation, typically with G-spot involvement. Research published in the Journal of Sexual Medicine (Salama et al., 2015) found that the fluid expelled during squirting is primarily diluted urine from the bladder, mixed in some cases with Skene's gland secretions. The bladder fills during arousal and empties during squirting — this does not mean it is purely involuntary urination; it appears to be a distinct physiological response involving different muscular mechanisms.

Both are normal variations in sexual response. Neither indicates that something is wrong, and the absence of both is equally normal. They are not markers of more intense orgasm or superior arousal — they are anatomical and physiological variations.

How Common Are They?

Estimates for female ejaculation proper range widely, partly due to definitional inconsistencies across studies. A conservative estimate suggests that roughly 10–50% of women experience some form of fluid expulsion during sexual activity. The wide range reflects both measurement differences and the likely reality that many women who experience it do so in quantities too small to notice.

Squirting (high-volume fluid release) is experienced by a smaller subset. Survey-based studies suggest somewhere between 10–35% of women report ever having experienced it, with considerably fewer experiencing it regularly.

Neither figure is the point. The more useful observation is that both responses are associated primarily with G-spot stimulation — the anterior vaginal wall, approximately 5–7 cm in, which contains tissue connected to internal clitoral structures and the urethral sponge (which surrounds the urethra and includes Skene's glands).

How to Increase Female Sexual Sensitivity

The question of how to increase female sensitivity is somewhat different from the question of ejaculation — sensitivity is a broader topic involving the responsiveness of genital tissue and the nervous system's response to stimulation.

Arousal before stimulation. Genital tissue becomes significantly more sensitive during arousal. The clitoris engorges, the anterior vaginal wall (G-spot region) swells and becomes more prominent and responsive, and the entire pelvic region increases in nerve sensitivity. Touch that feels neutral or mildly pleasant in an un-aroused state can feel intensely pleasurable when the tissue is fully engorged. This means the single most effective way to increase sensitivity during a given encounter is to allow sufficient time for full arousal before direct stimulation.

Pelvic floor health. The pelvic floor muscles surround the vaginal canal, clitoris, and urethra. Well-conditioned pelvic floor muscles — neither too tight nor too weak — produce stronger genital engorgement, more intense orgasmic contractions, and greater overall sensitivity to internal stimulation. This is the physiological basis for why Kegel exercises have a measurable effect on sexual sensation: they improve the blood flow and neuromuscular responsiveness of the region.

Tight pelvic floor muscles (hypertonia), by contrast, can reduce sensitivity and cause pain during penetration. Women who experience reduced sensation or pain during sex should consider pelvic floor physical therapy before attributing the issue to anatomy or arousal level.

G-spot stimulation protocol. For women who want to explore ejaculatory response or increase sensitivity to G-spot stimulation: the standard approach involves positioning for anterior wall access (woman on her back, hips slightly elevated, partner's fingers curled upward toward the navel at roughly 5–7 cm depth), firm rhythmic pressure rather than light touch, and sustained stimulation through any initial urge to stop. The urge to stop often reflects the pressure on the urethral sponge, which can feel like an urge to urinate, particularly before the body is accustomed to that specific stimulation. Women who continue past that sensation often find the response shifts.

High arousal prior to G-spot stimulation is important — the tissue responds differently at different arousal levels, and stimulation that produces nothing at baseline arousal can produce significant sensation at high arousal.

Reducing performance pressure. This is not a minor caveat — it is physiologically significant. Anxiety and self-consciousness activate the sexual inhibition system (Bancroft and Janssen's Dual Control Model), which reduces genital blood flow and sensitization. Women who are focused on whether they are "performing correctly," worried about fluid release making a mess, or monitoring their partner's reactions rather than their own experience will have measurably reduced sensitivity compared to the same women in a context where those concerns are absent.

Creating conditions where a woman does not need to manage her response — clean bedding, explicit reassurance, a partner who communicates that any outcome is fine — often produces results that technique alone does not.

What to Realistically Expect

Not every woman will experience fluid release regardless of what she tries, and that is entirely fine. The anatomy varies. The Skene's glands vary in size and function between individuals. The pelvic neuromuscular response varies.

The more worthwhile goal is increasing sensitivity and pleasure generally — which the evidence-based approaches above do support — rather than treating ejaculation as a specific target to be achieved.

The complete guide covers female anatomy in full, the science of arousal and sensitivity, and communication frameworks for couples exploring what works for her specifically.