Female ejaculate is typically clear to whitish in color, often described as resembling very diluted milk. The exact appearance varies from person to person and even from one experience to the next, partly because two different types of fluid can be released during sexual arousal and orgasm. Understanding which fluid is which clears up most of the confusion.
Ejaculation vs. Squirting: Two Different Fluids
The terms “female ejaculation” and “squirting” are often used interchangeably, but they describe different events that produce fluids with distinct colors, volumes, and compositions.
True female ejaculate comes from the Skene’s glands, two small structures on either side of the urethral opening. These glands develop from the same embryonic tissue as the male prostate, which is why they’re sometimes called the “female prostate.” The fluid they produce is thick, whitish, and mucus-like in consistency. The volume is small, usually about 1 milliliter (less than a quarter teaspoon). It contains proteins similar to those found in male semen, including a marker called PSA, the same compound produced by the male prostate.
Squirting, by contrast, involves a rapid gush of fluid from the urethra. This fluid is mostly clear and watery, closer in appearance to diluted urine than to the milky ejaculate from the Skene’s glands. The volume is significantly larger, ranging from about half an ounce to 3 ounces. Chemically, it’s a mix: research has found it contains components similar to urine alongside traces of PSA from the Skene’s glands, making it a hybrid of both fluids.
Why the Color Varies
A 2013 survey of women who experience ejaculation found that most described their fluid as “clear as water.” Others described it as thick and whitish. This range makes sense once you consider that both types of fluid can be released at the same time, in varying proportions. Someone who produces more Skene’s gland secretion relative to urethral fluid will notice a more milky appearance. Someone who experiences more squirting will see a clearer, more watery fluid.
Hydration also plays a role. Just as urine becomes more concentrated and yellow when you’re dehydrated, the squirting component of these fluids can shift in color depending on how much water you’ve had. The Skene’s gland secretion itself stays relatively consistent in its whitish appearance regardless of hydration.
How to Tell It Apart From Other Fluids
The vulva and vagina produce several fluids during arousal, and they’re easy to confuse. Vaginal lubrication, the wetness you feel when turned on, comes from the Bartholin’s glands near the vaginal opening. This fluid is slippery and clear, designed to reduce friction during sex. It appears gradually with arousal rather than at orgasm.
Female ejaculate, by contrast, is released during or just before orgasm. Its timing, thicker consistency, and whitish tint distinguish it from arousal lubrication. Squirting also happens around orgasm but is immediately recognizable by its larger volume and watery texture.
Cervical mucus is another fluid that can show up on underwear or during sex. It changes throughout the menstrual cycle from sticky and white to clear and stretchy around ovulation. It’s unrelated to arousal or orgasm.
How Common Is Female Ejaculation
Estimates of how many women experience ejaculation range widely, from 10% to 54%, depending on how the question is asked and whether the study distinguishes between ejaculation and squirting. The wide range suggests many people experience it without recognizing what it is, or confuse it with other fluids. Some women produce so little ejaculate (remember, it can be under a quarter teaspoon) that it goes unnoticed entirely.
The Skene’s glands also vary in size from person to person. Some women have larger, more active glands that produce noticeable fluid. Others have smaller glands that may not produce a visible amount. Neither scenario is abnormal.
What the Fluid Does
Female ejaculate isn’t just a byproduct of orgasm. Research suggests it serves a reproductive function. The vagina is naturally acidic, with a pH between 2 and 5, which can be hostile to sperm. The alkaline properties of ejaculatory fluid help neutralize that acidity, shifting the environment closer to pH 7, the level at which sperm function best. The fluid also contains substances that may help sperm reach the egg more effectively.
None of this means ejaculation is necessary for conception or that its absence indicates a problem. It’s one of several mechanisms the body uses to support reproduction, and it varies naturally across individuals.