Changes in vaginal tone come from a handful of identifiable causes, with childbirth and hormonal shifts during menopause accounting for the vast majority of cases. The feeling of “looseness” is not really about the vaginal canal itself stretching permanently but rather about what happens to the muscles and connective tissues that surround and support it. Restoring tone is possible through several approaches, from targeted exercise to medical procedures, though the right choice depends on the underlying cause.
What Is Actually Changing
When people describe a “loose” vagina, they are usually talking about reduced tension in the pelvic floor muscles and changes to the connective tissue that lines and supports the vaginal canal. The vagina is an elastic muscular tube, and its resting tightness depends largely on the tone of the levator ani muscles, a group of muscles that form a sling across the bottom of the pelvis. When those muscles weaken, stretch, or sustain injury, the vaginal opening and canal can feel wider or less firm.
Connective tissue plays a role too. Collagen is the main structural protein in the tissues surrounding the vagina. Research comparing healthy women with those who have pelvic organ prolapse found that the collagen in weakened pelvic tissues undergoes measurable structural changes, including altered ratios of different collagen types and disrupted fibril organization, all of which correlate with the degree of tissue descent.1Europe PMC. Distinctive structure, composition and biomechanics of collagen fibrils in vaginal wall connective tissues associated with pelvic organ prolapse So the issue is not simply that muscle is weak; the scaffolding that holds everything in place can also degrade.
Childbirth Is the Most Common Cause
Vaginal delivery is the single biggest risk factor for reduced vaginal tone. During birth, the pelvic floor muscles stretch dramatically to allow the baby to pass through. In many cases, the muscles return to something close to their original state within months. But in a significant number of births, the levator ani muscles sustain actual tears or detach partially from their bony anchors, and that kind of injury does not always heal on its own.
Certain obstetric factors make levator muscle injury far more likely. A study examining women after vaginal delivery found that forceps-assisted delivery carried roughly 15 times the odds of levator muscle damage compared with spontaneous delivery, while anal sphincter tears were associated with about 8 times the odds. Episiotomy tripled the risk. Vacuum delivery, epidural use, and oxytocin did not significantly increase levator injury. Women who sustained muscle damage were on average about 3.5 years older and had a second stage of labor lasting about 78 minutes longer.2PubMed Central. Obstetrical factors associated with levator ani muscle injury after vaginal birth Each subsequent vaginal delivery compounds the risk. In a urogynecology clinic survey, vaginal laxity was reported by 38% of women, and the number of vaginal deliveries was a significant predictor.3PubMed. Self-Reported Vaginal Laxity-Prevalence, Impact, and Associated Symptoms in Women Attending a Urogynecology Clinic
This does not mean every vaginal birth will cause lasting changes. Many women recover muscle tone fully, especially with younger maternal age and uncomplicated deliveries. But when instruments are involved or labor is prolonged, the chances of structural damage go up substantially.
Hormonal Changes During and After Menopause
Estrogen is essential for maintaining the thickness, moisture, and elasticity of vaginal tissue. When estrogen levels drop during menopause, the vaginal lining becomes thinner, drier, and less elastic. This condition, called vaginal atrophy, affects more than half of menopausal women and produces symptoms including dryness, burning, itching, discomfort during intercourse, and a subjective sense that the tissues feel different.4PubMed Central. Current treatment options for postmenopausal vaginal atrophy The vaginal mucosa loses its rugae (the folds that give it texture and stretch) and becomes smoother and more fragile.5PubMed. Management of post-menopausal vaginal atrophy and atrophic vaginitis
This is a distinct problem from muscle weakness after childbirth. With atrophy, the tissue itself is thinning and losing its structure due to hormonal deprivation, not because muscles have been overstretched. The result can feel like looseness or reduced sensation even though the mechanism is completely different. It also affects the lower urinary tract, contributing to urinary symptoms.6PubMed. Postmenopausal vaginal atrophy and atrophic vaginitis Recognizing this distinction matters because the treatment for atrophy-related changes (hormonal) is different from the treatment for muscle-related changes (physical therapy or surgery).
Connective Tissue Disorders and Other Risk Factors
Some women are genetically predisposed to pelvic floor weakness because of how their bodies make collagen. Ehlers-Danlos syndrome, a group of inherited conditions affecting connective tissue, can lead to earlier and more severe pelvic floor dysfunction. Women with Ehlers-Danlos often develop pelvic organ prolapse and related issues at younger ages, and treating them requires special consideration because their tissues behave differently during healing and repair.7PubMed Central. Pelvic Organ Prolapse in Ehlers-Danlos Syndrome
Other factors that contribute to reduced vaginal tone include chronic constipation and straining, obesity (which puts constant downward pressure on the pelvic floor), heavy lifting over many years, and chronic coughing. These are less dramatic than childbirth or menopause but they add up, especially when combined with other risk factors.
How Vaginal Laxity Is Assessed
Vaginal laxity is partly subjective, which makes it tricky to study and treat. Clinicians use several methods to measure pelvic floor muscle strength and gauge the extent of any tissue changes. The most common approaches include digital palpation (a clinician assesses muscle squeeze during a vaginal exam), perineometry (a small pressure-sensing device measures the force of a contraction), and ultrasound imaging that visualizes how much the pelvic floor lifts during a squeeze.8PubMed Central. Accuracy and Reliability of Different Approaches for the Assessment of Pelvic Floor Muscle Strength: A Systematic Review Transperineal ultrasound, in particular, can measure the size of the levator hiatus (the gap in the pelvic floor muscles) at rest and during contraction, giving a more objective picture of how well the muscles are working.9PubMed. Ultrasound assessment of pelvic floor muscle contraction: reliability and development of an ultrasound-based contraction scale
Research on the symptom of vaginal laxity itself has found it correlates with measurable physical findings, including vaginal delivery history, prolapse symptoms, and a larger hiatal area on straining.10PubMed. Vaginal laxity: what does this symptom mean? In other words, when women report feeling loose, there is usually something identifiable going on anatomically. It is not “all in your head,” and a pelvic floor specialist can often pinpoint what is contributing.
Pelvic Floor Muscle Training
Pelvic floor exercises, commonly called Kegels, are the first-line treatment for reduced vaginal tone caused by muscle weakness. The concept has been around since the late 1940s, when progressive resistance exercises for the perineal muscles were first formally studied and found to help with postpartum recovery, early-stage prolapse, and stress urinary incontinence.11American Journal of Obstetrics and Gynecology. Progressive resistance exercise in the functional restoration of the perineal muscles Decades of subsequent research have confirmed the benefit.
The problem is that many women do Kegels incorrectly or inconsistently. Studies suggest that a large proportion of women cannot correctly contract their pelvic floor muscles without instruction, and some actually bear down (push out) instead of lifting up, which is counterproductive. This is where supervised pelvic floor physical therapy makes a real difference. A trained therapist can verify you are engaging the right muscles, teach you how to progress the exercises, and use tools like ultrasound to give you visual feedback on your contractions.
What about biofeedback, where a sensor inserted into the vagina shows your muscle activity on a screen? A trial comparing biofeedback-assisted pelvic floor training to standard training found that the biofeedback group showed substantially greater improvements: about 79% of women in the biofeedback group improved meaningfully versus about 32% in the control group, with greater gains in muscle strength and symptom questionnaires.12Alexandria Journal of Medicine. Efficacy of biofeedback-assisted pelvic floor muscle training in females with pelvic floor dysfunction However, a larger multicenter trial found no meaningful difference at two years between pelvic floor training with and without electromyographic biofeedback for urinary incontinence, leading its authors to conclude that routine biofeedback alongside standard training should not be broadly recommended.13BMJ. Effectiveness of pelvic floor muscle training with and without electromyographic biofeedback for urinary incontinence in women: multicentre randomised controlled trial The takeaway is that supervised training of some kind helps significantly, but the biofeedback technology on top of that supervision may not add much for most women.
Vaginal Cones and Home Devices
Vaginal cones are small weighted devices that you insert and then try to hold in place by contracting your pelvic floor. The idea is that the weight provides resistance training, like holding a dumbbell but for internal muscles. You progress to heavier cones as strength improves.
A Cochrane systematic review found that vaginal cones produced results roughly equivalent to standard pelvic floor muscle training for treating urinary incontinence, with no clear advantage over traditional exercises or electrical stimulation.14PubMed Central. Weighted vaginal cones for urinary incontinence A separate trial comparing cones directly to supervised pelvic floor training also found no difference between the two approaches.15PubMed. Vaginal weight cone versus assisted pelvic floor muscle training in the treatment of female urinary incontinence. A prospective, single-blind, randomized trial Cones can be a reasonable alternative for women who prefer working out at home and want a tangible sense of progress, but they are not a shortcut past the effort of regular exercise.
Energy-Based Treatments
The past decade has seen a boom in clinic-based “vaginal rejuvenation” procedures using laser or radiofrequency energy. These devices work by delivering controlled thermal energy to vaginal tissue, which is thought to stimulate new collagen and elastin production as the tissue heals.
Fractional CO2 lasers are applied to the vaginal walls in brief sessions. Clinicians report improvements in tissue texture and symptoms within weeks. However, the evidence base is still limited, and critically, the FDA has not evaluated or confirmed the safety and effectiveness of these laser devices specifically for “vaginal rejuvenation,” even though the same laser systems are cleared for other surgical uses like cutting and ablation.16PubMed Central. Fractional CO2 Laser for Treatment of Vulvovaginal Atrophy: A Short Time Follow-up In 2018, the FDA issued a safety communication warning about companies marketing energy-based devices for vaginal rejuvenation, stating that these procedures could cause serious harm including burns, scarring, and chronic pain.
Radiofrequency (RF) devices have somewhat more controlled evidence. A sham-controlled trial of surface-cooled RF found that about 44% of treated women reported no vaginal laxity after treatment, compared with about 20% in the sham group, along with modest improvements in sexual function scores.17The Journal of Sexual Medicine. Effect of Single-Treatment, Surface-Cooled Radiofrequency Therapy on Vaginal Laxity and Female Sexual Function: The VIVEVE I Randomized Controlled Trial A smaller uncontrolled study found that about 87% of women self-reported improved tightness six months after RF treatment, with meaningful gains in sexual function scores.18PubMed. Radiofrequency treatment of vaginal laxity after vaginal delivery: nonsurgical vaginal tightening Tissue biopsies from a separate RF trial showed new collagen, elastin, and blood vessel formation in treated tissue, suggesting a plausible biological mechanism.19PubMed Central. The efficacy and safety of a combined multipolar radiofrequency with pulsed electromagnetic field technology for the treatment of vaginal laxity: a double-blinded, randomized, sham-controlled trial
The honest picture is that energy-based treatments show promise but lack the depth of evidence behind pelvic floor training. Most studies are small, follow-up periods are short, and the placebo effect is hard to rule out entirely when the patient knows she received an active treatment. These are also not one-time solutions; many protocols call for repeat sessions and maintenance treatments.
Topical Estrogen for Menopausal Changes
When the underlying cause is hormonal rather than muscular, topical estrogen therapy can directly address the problem. Vaginal estrogen, applied as a cream, tablet, or ring, restores the thickness, moisture, and elasticity of the vaginal lining without producing the systemic hormone levels associated with oral hormone therapy.
A study of postmenopausal women who received ultra-low-dose topical estriol found that all measured aspects of vaginal health improved, and in women who also underwent surgical prolapse repair, the combination of presurgical estrogen plus surgery produced the best outcomes. Those who received surgery alone without prior estrogen treatment did not show the same vaginal tissue improvements.20Menopause. Effects of ultralow topical estriol dose on vaginal health and quality of life in postmenopausal women who underwent surgical treatment for pelvic organ prolapse For women whose primary complaint is dryness, thinning, and reduced sensation rather than pelvic floor muscle weakness, vaginal estrogen often addresses the core problem directly and can be used long-term at low doses.
Surgical Options
Surgery is reserved for cases where conservative measures have not provided enough improvement, or where there is significant structural damage such as prolapse or major levator muscle avulsion. The most common relevant procedure is posterior colporrhaphy with perineoplasty, sometimes marketed under the umbrella term “vaginoplasty.” This surgery involves removing excess vaginal tissue, tightening the underlying levator ani muscles by bringing them closer together, and narrowing the vaginal opening by reinforcing the perineal muscles.21PubMed Central. Vaginoplasty and Perineoplasty
Complication rates are generally low. Published data report inadvertent rectal entry in about 2% of cases and minor complications with no lasting effects in roughly 4% to 20% of cases, depending on the study.21PubMed Central. Vaginoplasty and Perineoplasty The most common postoperative problem in vaginal reconstructive procedures generally is introital stenosis, which is narrowing of the vaginal opening to the point where it needs surgical correction.22PubMed. Intestinal vaginoplasty revisited: a review of surgical techniques, complications, and sexual function Recovery typically takes several weeks, and intercourse is usually restricted for six to eight weeks after surgery.
Any surgeon offering these procedures should be a board-certified urogynecologist or reconstructive pelvic surgeon. The rise of cosmetic “vaginal rejuvenation” clinics has made it harder for patients to distinguish between medically necessary reconstruction and elective cosmetic procedures, and the quality of training and outcomes varies widely outside specialized centers.
The Emotional and Sexual Side
Vaginal laxity is not just a physical symptom. It has measurable psychosexual effects. In a cross-sectional study of women in a plastic surgery practice, about one in six reported vaginal laxity. Among those women, nearly half met the threshold for clinically significant sexual distress, and about two-thirds qualified for sexual dysfunction based on standardized measures. Each additional vaginal delivery roughly doubled the odds of developing laxity, and the presence of laxity tripled the odds of sexual distress.23Aesthetic Surgery Journal. Vaginal Laxity, Sexual Distress, and Sexual Dysfunction: A Cross-Sectional Study in a Plastic Surgery Practice
In a urogynecology clinic, self-reported vaginal laxity was tied to reduced vaginal sensation during intercourse and a worse overall sex life, alongside physical symptoms like stress incontinence and prolapse.3PubMed. Self-Reported Vaginal Laxity-Prevalence, Impact, and Associated Symptoms in Women Attending a Urogynecology Clinic These are not trivial quality-of-life concerns, and they often go unaddressed because women feel embarrassed to bring them up with a doctor, or because clinicians do not ask about sexual function during routine visits.
If reduced vaginal tone is affecting your sexual satisfaction or confidence, that alone is a legitimate reason to seek evaluation. You do not need to have a diagnosed prolapse or incontinence to benefit from pelvic floor physical therapy or to be taken seriously by a specialist. Sexual well-being counts as a medical concern, and the tools to address it are well established.
Why Frequency of Intercourse Has Nothing to Do With It
One of the most persistent and damaging myths about vaginal laxity is the idea that frequent intercourse causes the vagina to become permanently stretched. There is no physiological basis for this. The vagina is designed to accommodate penetration and return to its resting state afterward, the same way your mouth opens wide for a dental exam and returns to normal when it closes. The muscles and tissue are elastic by nature.
The actual causes, as covered throughout this article, are mechanical trauma during childbirth, hormonal changes, connective tissue disorders, and age-related weakening. Number of sexual partners or frequency of sex does not appear in any clinical literature as a contributing factor. The myth persists largely because of cultural stigma around women’s sexuality, not because of anything happening in the tissue. If a clinician ever suggests otherwise, find a different clinician.
Matching the Treatment to the Cause
The best approach to restoring vaginal tone depends entirely on what is driving the problem. A 30-year-old who had a forceps-assisted delivery two years ago and notices reduced sensation is dealing with a fundamentally different issue than a 58-year-old experiencing dryness and tissue changes after menopause. For the first woman, pelvic floor physical therapy is the logical starting point, potentially progressing to RF treatment or surgery if muscle rehabilitation does not provide enough improvement. For the second, topical estrogen addresses the root cause directly and may be all that is needed.
Women with genetic connective tissue conditions like Ehlers-Danlos syndrome face a trickier situation because their tissue may not respond as predictably to repair, whether through exercise or surgery, and recurrence rates for prolapse repair tend to be higher in this group. A pelvic floor specialist familiar with hypermobility conditions is especially valuable here.
For most women, pelvic floor muscle training remains the foundation. It is free, it has no side effects, it works for both mild laxity and as a complement to other treatments, and the evidence behind it stretches back more than 70 years. The key is doing it correctly and consistently, which is where at least a few sessions with a pelvic floor physiotherapist can make the difference between going through the motions and actually strengthening the muscles that matter.