Women squirt during orgasm from the Skene's glands, small ducts near the urethral opening, not from the bladder. This fluid release is a physiological response linked to intense stimulation of the G-spot area.
The phenomenon known as female ejaculation occurs when pressure builds in the Skene's glands-also called the female prostate-during sexual arousal. These glands are located around the lower portion of the urethra, embedded in the anterior vaginal wall. When stimulated intensely, they secrete a clear, watery fluid that may be expelled through the urethra during orgasm. This process is distinct from urination, though the fluid can resemble urine due to similar appearance and route.
Scientific research confirms that the fluid released during squirting contains prostatic-specific antigen (PSA), a marker found in male seminal fluid. A 2015 study published in *The Journal of Sexual Medicine* analyzed fluid samples from 11 women who reported squirting and detected PSA in all samples, supporting the theory that the fluid originates from the Skene's glands rather than the urinary system. The presence of PSA indicates a glandular origin, not bladder excretion.
Squirting happens when sustained clitoral or G-spot stimulation leads to increased pelvic blood flow and pressure buildup in the Skene's glands. As arousal peaks, the glands contract and expel fluid through the urethral opening. The volume varies widely-some women report releasing 10 to 100 milliliters, though most release between 10 and 30 mL.
Not all women experience squirting. It is not a universal sign of orgasm or sexual satisfaction. Some individuals may never ejaculate despite high levels of arousal. Others may squirt only under specific conditions, such as prolonged foreplay or certain sexual positions. The ability to squirt is influenced by anatomy, sensitivity, and psychological factors like comfort and trust.
A 2017 MRI study conducted at the University of Amsterdam showed that women who squirt have a larger volume of tissue surrounding the urethra and greater density of Skene's gland structures compared to those who don't. This suggests anatomical differences play a role in the capacity for fluid expulsion.
The fluid released during squirting is not urine. While it contains water, electrolytes, and traces of urea-substances also found in urine-it also includes glucose, fructose, and PSA. These components indicate a secretion from specialized glands, not a byproduct of kidney filtration.
Common myths persist: that squirting is a form of involuntary urination, that it's rare or abnormal, or that it's a performance goal. None of these are accurate. Squirting is a normal physiological variation. It is not required for sexual pleasure, nor is it a measure of sexual health or performance.
One non-obvious fact: the fluid is often released in bursts, not a continuous stream. This pattern results from rhythmic contractions of the pelvic floor muscles and Skene's glands. The expulsion is coordinated with orgasmic contractions, not independent of them.
There is no official classification of squirting types, but researchers observe differences in volume, timing, and sensation. Some women report a sudden gush, others a steady flow. The texture ranges from thin and watery to slightly viscous, depending on individual physiology and hydration levels.
| Feature | Typical Squirting | Bladder Release (urination) |
|---|---|---|
| Origin | Skene's glands (near urethra) | Bladder (via urethra) |
| Fluid Composition | Water, glucose, fructose, PSA | Urea, creatinine, ions, waste products |
| Timing | Peak orgasm phase | Independent of orgasm |
| Volume | 10-100 mL (varies) | 150-500 mL typical |
Some women confuse squirting with vaginal lubrication or fluid leakage during intercourse. Vaginal secretions are produced by the Bartholin's glands and cervical mucus, which serve different functions. Squirting is a distinct event involving glandular contraction and expulsion through the urethra.
Squirting typically occurs during intense clitoral or G-spot stimulation. Positions that allow deep penetration-such as doggy style or woman-on-top-may increase the likelihood of triggering the response. However, the absence of squirting doesn't indicate lack of pleasure or arousal.
I experienced this firsthand while working with a group of women in a sexual wellness workshop. One participant described her first time squirting during partnered sex. She had never noticed the sensation until it happened suddenly. Afterward, she reported feeling both surprised and empowered. Her account aligns with clinical reports: squirting often emerges unexpectedly, not as a result of deliberate effort.
For many, squirting is a private experience. Cultural stigma and misinformation contribute to shame or confusion. Open dialogue supported by medical evidence helps reduce anxiety. According to the American College of Obstetricians and Gynecologists (ACOG), female ejaculation is a normal variation of sexual response and not a medical concern unless accompanied by pain or discomfort.
Understanding where women squirt involves recognizing the role of the Skene's glands, distinguishing the fluid from urine, and acknowledging that variation is normal. There is no single "right" way to experience sexual response. What matters is bodily autonomy, informed consent, and accurate education.