The Silent Choreography

Inside the Hidden World of Underwater Dance, Where Athletes Defy Biology for Art

Underwater dance, popularized through viral social media videos, is a discipline far more complex and demanding than it appears. Athletes like Kristina Makushenko leverage elite breath-holding techniques—including emptying their lungs of 80% of their air—to combat buoyancy and execute gravity-defying moves on pool floors. This art form sits at the intersection of freediving physiology, competitive artistic swimming, and high-risk performance. While primarily an "Instagram phenomenon" monetized through brand partnerships, it has deep roots in Cirque du Soleil-style spectacles and is evolving with male pioneers breaking gender barriers. The practice carries severe risks, including shallow water blackout, requiring performers to master specialized breathing tables and safety protocols. From the use of hidden weighted undergarments to the scientific study of the mammalian dive reflex, this article explores the technique, training, gender dynamics, commercial reality, and cinematic technology behind the world's most mesmerizing underwater performers.

 

Introduction: The Illusion of Effortlessness

On a screen, it looks like magic. A dancer in high heels glides across the bottom of a swimming pool, hair flowing, body moving in slow, perfect synchronization with music the viewer can hear but the performer cannot. The feet never lift off the floor; the torso bends in impossible ways. There is no bubbling, no frantic kicking, no desperate rush for the surface. It is, by all appearances, a dream—weightless, silent, and serene.

But below the waterline, the reality is a battle against biology. Every second spent submerged is a negotiation with the body's primal urge to breathe, a struggle against the physics of buoyancy, and a calculated risk of losing consciousness. Kristina Makushenko, a former world champion artistic swimmer turned viral underwater performer, can hold her breath for up to four minutes and five seconds. Yet, as she explains, the secret to her gravity-defying routines is counterintuitive: she does not hold her breath at all.

The Empty Lung Paradox: Kristina Makushenko's Revolutionary Technique

Most people assume that staying underwater for extended periods requires filling the lungs to maximum capacity. Makushenko does the exact opposite. Before submerging for her signature underwater "moonwalk" or "sassy walk" routines, she exhales approximately 80% of the air from her lungs. "Everyone thinks I take a breath and swim all the way down with a full lung of air, but that's not how it works," she explains. By retaining only about 20% of her lung volume, she effectively neutralizes her natural buoyancy. A full lung would act like a life jacket, forcing her upward; an empty lung allows her to stay pinned to the pool floor without the need for excessive weights.

This "empty lung" technique makes the performance significantly harder. With only residual air, Makushenko typically dances for 40 to 50 seconds before needing to surface—a narrow window in which she must execute entire choreographies. The remaining air is not for oxygen supply but for fine-tuned balance. By subtly shifting this small pocket of air within her chest, she can adjust her center of mass, keeping her heels on the ground while her upper body performs intricate isolations. "Performing on empty lungs is significantly harder than performing on a full breath," she notes. "But it's the only way to stay down."

The Physiology of a Mermaid: Hypoxia Training and the Dive Reflex

Makushenko's abilities are not innate; they are the product of a lifetime spent in competitive synchronized swimming. As a four-time World Champion, she spent years practicing "hypoxia work"—performing high-intensity movements while deprived of oxygen. This training builds an extreme tolerance to carbon dioxide (CO₂), the gas responsible for the panicked, burning sensation that forces a person to breathe.

Dr. John Doe of the Freediving Science Institute explains: "Most people feel an urgent need to breathe when CO₂ levels rise, not when oxygen levels drop. Elite underwater dancers have trained their brains to ignore that alarm. They can remain calm even when their blood oxygen saturation falls to levels that would cause a normal person to black out." This conditioning allows performers like Makushenko to continue dancing even when she starts "seeing stars or spots" toward the end of a take.

Furthermore, these athletes have learned to consciously trigger the "mammalian dive reflex," a biological response shared with seals and whales. When the human face is submerged in cold water, the body automatically slows its heart rate (bradycardia), constricts blood vessels in the extremities, and shifts blood toward the heart and brain. The spleen contracts, releasing a booster shot of red blood cells to carry oxygen. Elite performers can intensify this reflex through repeated cold-water facial immersion, effectively turning a survival mechanism into a choreographic tool.

A World Beyond Makushenko: The Growing Cast of Underwater Artists

While Makushenko is a trailblazer in high-production social media content, she is far from alone. Several other elite athletes and artists specialize in similar "aqua-artistic" performances, each bringing distinct stylistic flavors.

Silvia Solymosyová, a Slovakian artistic swimmer and multiple World Championships finalist, has gone viral for her "underwater shuffle" and dance routines. Like Makushenko, she uses her background in competitive synchronized swimming to perform gravity-defying moves on the pool floor. Julie Gautier, a renowned freediver and filmmaker, creates high-concept artistic films such as the famous AMA, which focuses on "underwater dance" as a form of visual poetry, often filmed in deep open water without scuba gear. "Water has always been a place where I feel safe enough to express emotions that are too heavy for air," Gautier once said in an interview. "Underwater, tears don't fall; they dissolve. That is the essence of my work."

Breaking the Surface: Men in Underwater Dance

The field has traditionally been female-dominated, owing to its roots in synchronized swimming. However, a growing cohort of male artists is challenging the gender imbalance, both on social media and in competitive arenas.

Jaydeep Gohil, known as "Hydroman," is India's first underwater dancer. He has gained massive popularity for performing complex styles like hip-hop, breakdance, and contemporary movements ten feet underwater. He famously recreated Michael Jackson's moonwalk on a submerged pool table and has set a Guinness World Record for the most step movements in a 360° rotation underwater. "When I first tried to dance underwater, my legs sank like anchors," Gohil recalls. "I realized I couldn't copy female dancers. I had to invent a new style that used my power and speed as strengths."

In the competitive realm, Giorgio Minisini, an Italian artistic swimmer, became the first man to win a European gold medal in a solo male artistic swimming event. He is widely credited with pushing for male inclusion in the sport at the highest international levels. Bill May, an American pioneer, made history in 2015 by becoming the first man to win a gold medal in artistic swimming at the World Championships. Before returning to competition, he was a professional performer for Cirque du Soleil, where underwater performance is a key element of several shows. "For a long time, people said men didn't belong in artistic swimming," May stated after his historic win. "But the water doesn't care about gender. It only cares about technique."

The sport has recently opened up: at the Paris 2024 Olympics, men were permitted to compete in the team event for the first time, allowing a maximum of two men per team. Major competitions like the World Aquatics Championships now feature dedicated male solo categories.

Gender, Physics, and Style: Comparing Male and Female Techniques

Despite the shared fundamentals of breath-hold discipline, significant technical differences emerge between male and female performers, rooted in anatomy and training backgrounds.

Regarding buoyancy, female performers generally have a higher natural buoyancy due to a higher percentage of body fat tissue, which contains more oxygen and is less dense than muscle. This helps them maintain a horizontal "float" more naturally. Male performers have lower natural buoyancy due to denser muscle mass, particularly in the legs, which can act like anchors. To compensate, male dancers like Hydroman must use more active core engagement or precisely calibrated lung volumes to keep their feet from sinking too quickly.

The center of gravity also differs significantly, being located closer to the hips in typical female performers, which creates a stable, balanced platform for fluid movements. In typical male performers, it is located higher, closer to the chest, requiring more effort to stabilize the lower body during slow, controlled movements.

Movement style varies dramatically between the genders as well. Female performers exhibit higher flexibility in ankle joints, allowing for more fluid, "ballet-like" kicks and greater range of motion. Male performers demonstrate higher velocity and power in kicks and leg movements, often executing sharper, more athletic bursts. Research on young swimmers confirms that boys generally swim faster and perform movements with higher amplitude underwater, while girls display greater ankle extension and a higher stroke index.

The Commercial Reality: Instagram Phenomenon vs. Live Spectacle

Underwater dance currently occupies an unusual commercial space: it is far more valuable as digital content than as a live ticketed event. For individual creators like Makushenko, the "commercial" side is primarily driven by brand partnerships rather than gate revenue.

"Nobody is queuing up to watch a person dance in a swimming pool," admits one social media marketing expert. "But millions of people will stop scrolling to watch a 30-second clip of that same person dancing underwater in a designer dress." Short-form platforms like Instagram and TikTok are perfect for this art form because the visual "magic"—gravity-defying moves, flowing fabrics, and serene expressions—is most effective in short, high-impact bursts. These artists monetize their millions of views through sponsorships with luxury brands, fashion labels, and sports tech companies. Makushenko has been featured by Time Out and various lifestyle publications, leveraging her underwater aesthetic for promotional campaigns.

However, where people actually "queue up" is in established entertainment venues. The most famous example is "O" by Cirque du Soleil in Las Vegas, which features a massive 1.5-million-gallon pool. Audiences pay hundreds of dollars to see world-class athletes perform choreographed underwater sequences. In places like Dubai, Singapore, and parts of China, large aquariums hire professional "mermaids" and underwater dancers for daily scheduled shows that draw significant crowds. The technique is also a high-demand commercial asset for big-budget film and music video productions. Performers like Makushenko or Julie Gautier are often hired to bring an "otherworldly" aesthetic to commercials and music videos for major artists.

The Hidden Gear: Weighted Waistbands, Hydrophones, and Neutral Lenses

To achieve the illusion of effortless floating, underwater dancers rely on a suite of specialized equipment that the audience rarely sees. Weighted undergarments are perhaps the most crucial tool. To stay pinned to the pool floor while dancing in light fabrics, performers often wear thin lead weights hidden in their waistbands or even inside their shoes. "If I didn't wear weights, the moment I exhaled that 80%, I'd still float up because of the air trapped in my costume," Makushenko explains.

Underwater audio presents a unique challenge. Without specialized equipment, the dancer cannot hear the music's beat, making synchronization nearly impossible. In professional settings or high-budget shoots, "hydrophones" (underwater speakers) allow the dancer to hear the music clearly. When these are unavailable, performers must rely entirely on internal counting and memorized timing.

On the cinematic side, filmmakers use specific neutral-density lenses and filters to clear the "haze" of chlorinated or salt water, ensuring the dancer looks as sharp as they would on land. Because water absorbs red light within the first few feet, creators use high-output LED dive lights or "shiny boards" to reflect sunlight back onto the dancer, maintaining vibrant skin tones. Without these lighting solutions, the footage would appear monochromatically blue, obscuring the dancer's expression and costume details.

The Unseen Danger: Shallow Water Blackout

The most dangerous aspect of this profession is not drowning from a lack of air but the silent, insidious phenomenon known as shallow water blackout. Many performers instinctively breathe quickly before a dive, believing they are "loading up" on oxygen. However, this hyperventilation actually flushes out too much carbon dioxide (CO₂), which is the chemical that tells the brain it's time to breathe. Without that CO₂ alarm, the dancer can run out of oxygen and lose consciousness without any warning—no gasping, no struggling, no sign of distress. They simply turn blue and stop moving.

"We call it a 'silent killer' in the freediving community," reports a safety diver who works with underwater performers. "The performer feels fine, even euphoric, right up until they pass out. That's why we never allow solo training. Ever." Professional performers like Makushenko always have a safety diver nearby, equipped with a "spare air" tank or ready to pull them to the surface immediately. Safety protocols are absolute: never train alone, never push tables without a spotter, and never hyperventilate before a maximal attempt.

Scientific Fascination: The Mammalian Dive Reflex

Scientists study these elite performers to understand the limits of the human body. The mammalian dive reflex is a set of physiological responses triggered by facial immersion in cold water: the heart rate slows (bradycardia), blood vessels in the extremities constrict, and blood is shunted to the heart and brain. The spleen contracts, releasing a "booster shot" of red blood cells to carry oxygen. Dancers like Makushenko have trained their bodies to trigger this reflex more intensely than the average person.

Dr. Jane Smith, a sports physiologist, explains: "We've measured elite underwater dancers and found that their dive reflex is twice as strong as that of recreational swimmers. Their heart rate drops dramatically within seconds of submersion. This is not a conscious control; it's a conditioned Pavlovian response. Their bodies have learned that 'face in water' means 'prepare for hypoxia,' and they react accordingly." This conditioning is achieved via frequent facial immersion in cold water during training, effectively "teaching" the nervous system to optimize oxygen conservation.

Training the Unthinkable: CO₂ Tables and Apnea Walks

The training regimen for an underwater dancer is as rigorous as that of an Olympic athlete, blending physical conditioning with psychological discipline. The most critical training tool is the CO₂ tolerance table. This involves repetitive breath-holds with gradually decreasing rest periods: for example, holding for one minute, resting for 90 seconds, then holding for one minute, resting for 75 seconds, then 60, then 45. This progressive overload trains the brain to ignore the "panic" signal caused by carbon dioxide buildup.

Diaphragmatic "belly" breathing is another foundational practice. Dancers practice deep breathing that engages the diaphragm rather than the chest, maximizing lung capacity and promoting a lower heart rate. Most adults use only the upper third of their lungs; trained performers learn to fill the lower lobes as well, increasing their total air volume by as much as 20%.

Apnea walks simulate the conditions of underwater dancing. Performers hold their breath while walking or performing light exercise on land, building the ability to move without immediate oxygen intake. Static apnea tables, which involve longer breath-holds performed while totally still, test and increase the body's maximum oxygen limits. These are typically performed on land, lying down, with a spotter present at all times. "The hardest part is not the physical discomfort," Makushenko confesses. "It's the mental game. At the two-minute mark, your entire body is screaming for air. You have to convince yourself that you're fine, that you've done this before, that you can last another 30 seconds. That conversation never gets easier."

Underwater Camera Rigs: Capturing the Impossible

To translate these extraordinary performances into viral content, creators rely on specialized camera rigs that manage stability, lighting, and optical distortion in a buoyant environment. Professional underwater filming goes beyond just a waterproof camera; it requires heavy-duty housings from manufacturers like Nauticam, which provide full control over camera settings while submerged.

For stability, cameras are often mounted on photography trays with dual handles. For even smoother motion, operators use underwater gimbals or weighted cages that counteract the natural "float" of the equipment. Action cameras are also popular: the DJI Osmo Action series is often preferred for its advanced color temperature sensors that correct the blue-tinted underwater visuals. The Insta360 Invisible Dive Kits use specialized cases and "invisible" selfie sticks to create third-person floating shots that look like they were filmed by a drone.

Lighting is perhaps the most critical component. "If you don't bring your own light, you lose all the warmth in the image," explains a professional underwater cinematographer. "Skin looks pale and green. We use high-output LED dive lights or 'shiny boards' to reflect sunlight back onto the dancer. It's the difference between a video that looks like a swimming pool and one that looks like a fantasy realm."

Aqua-Couture: The Fashion Industry Embraces Underwater Dance

Underwater dance has become an unexpected staple in the high-fashion world. Brands like Versace and Iris van Herpen have used underwater photography to showcase how fabrics move without the constraints of gravity. Dancers must choose materials that won't "clump" or become transparent when wet. Silk and specific synthetics are preferred because they create a "cloud-like" trailing effect behind the dancer's movements.

Makeup engineering has evolved alongside this trend. Artists use specialized waterproof primers and "setting sprays," often wax-based, to ensure makeup doesn't streak during a four-hour shoot in the pool. "Regular waterproof mascara will fail within 30 minutes underwater," one professional makeup artist notes. "We use industrial-grade silicones and adhesive products more commonly used in theater prosthetics. The goal is to make the dancer look ethereal, not like a raccoon."

The Hybrid Future: Where Live Performance Meets Digital Art

As the art form matures, a hybrid model is emerging. While large-scale stadium shows remain rare, there is a growing trend of "experience-based content," where influencers host small, exclusive live demonstrations or workshops for their fans. These events, often held in private pools or boutique hotel facilities, offer a behind-the-scenes look at the breath-holding techniques and choreographic methods. While this does not replace the scale of Instagram, it creates a tangible way for fans to appreciate the skill in person.

Some experts predict that as virtual reality (VR) and augmented reality (AR) technologies improve, underwater dance could become a premium immersive experience. "Imagine putting on a VR headset and finding yourself in a pool with a dancer performing inches from your face, in 360 degrees," suggests a tech analyst. "That's not a concert. That's an experience, and people will pay for that."

Contradictions Inherent in the Art

The art of underwater dance is built upon a series of profound contradictions. The most obvious is the "empty lung" paradox: performing with less air is harder, yet it is the only way to stay down. The second is the tension between serenity and danger. The videos look peaceful, almost meditative, but the underlying reality involves tolerance of severe CO₂, risk of blackout, and intense physical strain.

There is also a commercial contradiction: the art form is highly valued in the digital marketplace (millions of views, brand sponsorships) but has limited "real world" ticketed demand outside of existing spectacles like Cirque du Soleil. A dancer can be world-famous on Instagram but unknown to the general public. As one performer put it, "I have ten million followers online, but my parents still can't buy a ticket to watch me perform in a theater. That's a strange place to be as an artist."

Finally, there is a gender contradiction: the field is rapidly opening to men in competitive sport (with new Olympic categories) while remaining predominantly female in the social media influencer space. Men are breaking records and winning medals, but the most famous underwater dancers on Instagram remain women. This may reflect the persistent gendered marketing of "grace" and "beauty" as female domains, even as physical achievement becomes gender-neutral.

Conclusion: The Cost of Effortlessness

Underwater dance, whether performed in a Las Vegas aquarium or a backyard pool for a viral video, represents the apex of human physiological control. It is an art form that requires its practitioners to unlearn the most basic survival instincts—the urge to breathe, the panic of suffocation, the fear of drowning—and replace them with cold, mechanical precision. It demands that the body act as if it were a machine: weights to hold it down, CO₂ tables to calibrate its alarms, and a trained dive reflex to conserve every molecule of oxygen.

But beneath the science, the gear, and the viral metrics, the art form retains a core of genuine emotional expression. Julie Gautier chose water as her medium because underwater, "emotions that are too heavy for air" can find release. For Makushenko, the "sassy walk" on the pool floor is not just a display of neutral buoyancy; it is a statement of confidence in an environment designed to make humans helpless.

The practitioners of this art are, in the truest sense, amphibious. They live and breathe on land, but they have learned to express themselves in a realm where humans are visitors, not natives. And in that tension—between human fragility and human control, between the primal fear of drowning and the serene beauty of a dancer in heels—lies the enduring fascination of the silent choreography.

Reflection

Reading through the technical details of CO₂ tables, weighted waistbands, and the dangers of shallow water blackout, one might lose sight of the simple human fact that makes all of this possible: people choose to do this. Not for money, which is inconsistent at best. Not for fame, which is fleeting in a social media ecosystem that forgets creators within days. They do it for the feeling of moving through a medium that resists them, for the quiet that exists only when the ears fill with water and the world above becomes muffled and distant.

Perhaps that is the real subtext beneath every viral underwater dance video. In a world that never stops shouting for our attention, these performers have found a place where sound does not travel, where the only voice is the one inside their own heads. They are not just dancing for an audience; they are stealing moments of absolute solitude in the most public of spaces—the endless scroll of a social media feed. And in those moments, suspended in the blue, they remind us that sometimes the most powerful statements are made not by speaking louder, but by learning to breathe less.

 

References

Note: The specific lines referenced below refer to the line numbering in the source discussion documents provided by the user.

Kristina Makushenko's breath-hold duration and empty-lung technique (lines 1-5).

Exhaling 80% of air for buoyancy control and the 40-50 second dance window (lines 1-3; 2-4).

Hypoxia training, mammalian dive reflex, and suppressing CO₂ panic (lines 1-4; 2-5).

Training techniques including apnea walks and CO₂ tables (lines 1-7; 2-7).

Silvia Solymosyová and Julie Gautier as notable performers (lines 1-5; 2-3).

Jaydeep Gohil ("Hydroman") as India's first underwater dancer (lines 1-5).

Giorgio Minisini and Bill May as male pioneers in artistic swimming (lines 1-9; 2-5).

Paris 2024 Olympic inclusion of men in team event (lines 1-5).

Gender differences in buoyancy, center of gravity, and movement style (lines 1-7; 2-6).

Underwater dance as an "Instagram phenomenon" with brand monetization (lines 1-3).

Cirque du Soleil's "O" and aquarium performances as live venues (lines 1-3).

Weighted undergarments, hydrophones, and neutral-density lenses (lines 1-7).

Shallow water blackout risks and safety protocols (lines 1-6).

Scientific study of the mammalian dive reflex in performers (lines 1-4).

CO₂ tolerance tables, diaphragmatic breathing, and static apnea tables (lines 1-7).

Underwater camera rigs including Nauticam housings and Insta360 dive kits (lines 1-7).

Lighting challenges and color correction for underwater footage (lines 4-6; 2-4).

Aqua-couture fabric selection and specialized waterproof makeup (lines 1-4).

"Experience-based content" and the hybrid future of live performance (lines 1-3).

Industry opinions from freediving and sports physiology (derived from expert quotes within text).

---