In 2016, the English National Ballet released a seven-minute virtual reality film of Giselle. Viewers wearing Oculus headsets found themselves not in the audience, but inside the performance: ghostly dancers materializing around them, the Wilis' famous arabesques executed at eye level, the digital equivalent of standing onstage during a live show. The project reached 13,000 people in its first month—more than the company's London theater could accommodate in a year.
This was not science fiction. It was the beginning of a transformation that has only accelerated. Over the past decade, ballet companies worldwide have embraced technologies once confined to gaming studios and engineering labs: artificial intelligence that generates choreography, motion capture systems that preserve performances atom by atom, 3D printers that manufacture custom pointe shoes. The results are technically impressive, commercially promising, and artistically contested.
What emerges is not a simple story of progress, but a complicated negotiation between preservation and transformation, accessibility and authenticity, innovation and tradition.
The Rehearsal Room Disrupted
Virtual reality arrived in ballet studios with a practical promise: eliminate the constraints of physical space. For Charlotte Edmonds, a choreographer with The Royal Ballet, VR became essential during the pandemic. Working with Facebook's (now Meta) VR division, she created FILL_YOUR_BLANK (2021), a piece developed entirely in headset-mediated environments. Dancers rehearsed in separate locations, their avatars colliding in virtual studios where gravity could be adjusted and walls made permeable.
"The spatial awareness is different," Edmonds explained in a 2022 interview with The Guardian. "Dancers report understanding their lines differently when they can orbit their own bodies, see their alignment from angles impossible in a mirror."
Yet the technology's $400–$1,000 hardware cost per unit limits adoption. Only five major companies—the Royal, San Francisco Ballet, New York City Ballet, Paris Opera Ballet, and National Ballet of Canada—maintain dedicated VR programs. Smaller companies rely on grants or partnerships, creating what English National Ballet artistic director Tamara Rojo has called "a digital divide in classical dance."
The archival applications may prove more democratic. American Ballet Theatre has used VR to document Swan Lake and Giselle from multiple vantage points simultaneously, creating permanent records of performances that otherwise vanish the moment the curtain falls. Whether these recordings constitute preservation or replacement remains debated.
When Algorithms Choreograph
Wayne McGregor has built his career on bodies that seem to defy anatomical logic—hyperextended limbs, torsos that torque beyond natural range, sequences that accelerate past human comfort. In 2019, he collaborated with Google Arts Lab to see if machines could extend this vocabulary further.
The result, Living Archive, fed 25 years of McGregor's choreography into machine learning algorithms. The system analyzed thousands of hours of footage, identifying patterns in his movement preferences: his tendency toward asymmetrical arm positions, his preference for initiating phrases from the sternum rather than the pelvis. It then generated original sequences.
"Dancers described the output as 'uncannily McGregor-like yet physically impossible,'" notes dance scholar Kate Elswit in her 2021 book Watching Dance, Watching Computers. The algorithm produced transitions that human choreographers might never conceive—not because they require superhuman technique, but because they violate intuitive spatial logic. McGregor incorporated several phrases into Autobiography (2017), his work exploring memory and genetic inheritance.
Other applications are more pedagogical. The Australian Ballet employs AI motion analysis to provide dancers real-time feedback on turnout alignment and verticality, metrics that human eyes might miss during fast sequences. The system, developed with Sydney University's computer science department, reduces injury rates by an estimated 15 percent, according to unpublished company data.
Critics question what is lost when feedback becomes algorithmic. "The technology shows you where you are," former American Ballet Theatre principal Irina Dvorovenko told Dance Magazine in 2021. "It cannot tell you how you feel—the energy exchange with a partner, the give of a raked stage, the intuition that separates adequate execution from artistry."
The Body as Data
Motion capture technology—those suits studded with reflective markers, surrounded by infrared cameras—has migrated from Hollywood visual effects to ballet studios with particular urgency. The medium's ephemerality has long haunted its practitioners. No notation system, not even the detailed Labanotation developed in the 1920s, fully captures the nuance of a ballerina's épaulement or the precise attack of a petit allegro.
Industrial Light & Magic's 2019 collaboration with New York City Ballet aimed to solve this. Over six months, the Star Wars effects studio recorded principal dancers in 12 classic variations, creating digital skeletons that preserve not just positions but acceler
