Jenna Ortega’s Steel Dress Blends Futuristic Style and Craft

Metallic fashion is having a major moment, and Jenna Ortega has offered one of the most striking examples yet. At the New York premiere of Klara and the Sun, the actor stepped onto the red carpet in a sculptural steel gown that looked futuristic, industrial and almost otherworldly. Yet beneath its striking metallic exterior was a surprisingly human story of craftsmanship, experimentation and painstaking design.

Created by designer Elias Matso, the dress featured a fitted bodice, a distinctive W-shaped bustier and a dramatic fringe skirt. Rather than relying on conventional fabric covered in metallic embellishments, the gown was constructed almost entirely from hand-cut steel flat and spiral boning materials more commonly associated with the hidden structure of corsets and hoop skirts.

The result was a look that seemed to blur the boundaries between clothing, sculpture and machinery. Ortega appeared almost as though she had been assembled from the inner workings of a machine, with steel elements shaping her silhouette and creating movement across the skirt.

But the dress was more than an attention-grabbing red-carpet statement. It also reflected the themes of Ortega’s latest film, Klara and the Sun, while highlighting a growing fashion fascination with artificial intelligence, robotics and the relationship between humans and technology.

Jenna Ortega’s Steel Gown Makes a Futuristic Statement

At first glance, Ortega’s ensemble could easily have belonged in the wardrobe of a legendary pop star such as Cher, whose bold stage costumes helped establish metallic and sculptural fashion as enduring symbols of glamour. However, Matso’s design took the idea in a more architectural direction.

The gown’s structured bodice created a sharply defined silhouette, while its W-shaped bustier emphasized the geometry of the upper body. Below the waist, steel fringe introduced texture and movement, giving the dress a sense of mechanical fluidity. The contrast between its rigid materials and flowing silhouette made the outfit particularly compelling.

Instead of hiding the construction of the garment, the design made its internal architecture the main attraction. The exposed steel elements resembled the intricate components of a machine, transforming traditional dressmaking materials into a visible part of the aesthetic.

It was an unusual approach to eveningwear, especially on a red carpet where celebrities often gravitate toward elaborate gowns made from silk, satin, lace or embellished textiles. Ortega’s dress challenged those expectations by demonstrating how a material associated with structural support could become the central feature of a couture-inspired look.

The gown also occupied an interesting space between fashion and performance art. Its sculptural form suggested that the wearer was not simply dressed in a garment but had become part of the artwork itself.

Why the Dress Was Perfect for Klara and the Sun

Ortega wore the steel creation to the New York premiere of Klara and the Sun, a film adaptation of Kazuo Ishiguro’s 2021 novel of the same name. The connection between the outfit and the film was more than a coincidence.

In the story, Ortega plays Klara, a solar-powered robot known as an “Artificial Friend.” Klara is designed to provide companionship and approaches the world with curiosity, optimism and a strong desire to help others. Her perspective raises questions about artificial intelligence, emotional connection and what it means to be human.

A steel gown might initially seem like an obvious way to reference a robotic character. Yet Matso’s design went beyond a simple futuristic costume. Its exposed structural elements evoked the internal workings of a machine, while its handmade construction introduced a contrast between mechanical appearance and human creativity.

Speaking to People magazine about the outfit, Ortega said, “He’s been holding onto this dress for me and it’s perfect.” She also described the design as fitting for the film.

The look therefore worked as an example of method dressing, a red-carpet approach in which actors use fashion to reflect the characters, visual themes or atmosphere of a project they are promoting.

Method dressing has become an increasingly visible part of celebrity press tours. Rather than treating a premiere outfit as a standalone fashion choice, actors and stylists often build a visual narrative around a film, drawing inspiration from its costumes, characters, setting or central ideas.

For Ortega, the steel gown offered a direct visual connection to Klara’s artificial nature without requiring a literal robot costume. Its industrial materials suggested technology, while its sculptural silhouette preserved the glamour expected of a major film premiere.

The Human Hands Behind the Machine-Like Design

What makes Ortega’s gown particularly interesting is the difference between how it looks and how it was made. Its appearance suggests mass-produced machinery or futuristic technology, but the design relies on the painstaking work of human hands.

Matso constructed the dress using hand-cut steel flat and spiral boning. These components are typically associated with the internal structure of garments, where they help shape silhouettes and provide support. By bringing them to the surface, the designer transformed functional materials into decorative elements.

Working with such materials presents challenges that conventional fabric does not. Steel cannot be handled in the same way as silk or chiffon. It requires careful cutting, shaping and assembly to create a wearable piece that follows the body’s contours while maintaining its intended structure.

The dress also had to function as clothing rather than simply as a sculpture. Its construction needed to account for fit, proportion and movement, making the balance between visual drama and wearability an essential part of the design process.

Matso acknowledged the labour involved, referring to the “many blisters, rebuilds, failed trials” and “helping hands” that contributed to the finished piece. His description offered a reminder that the seemingly mechanical gown was the result of repeated experimentation and collaboration.

Ortega made the same point in straightforward terms: “It’s hand-made, human-made, a lot of effort.”

That observation captures the central tension of the look. The dress resembles something manufactured by a machine, yet its appeal depends on the skill, patience and decision-making of the people who created it.

Fashion’s Longstanding Fascination With Robots

Ortega’s steel gown is part of a much longer fashion history in which designers have explored the relationship between the human body and machines. Robots, metallic surfaces and mechanical structures have repeatedly appeared on runways, often serving as symbols of modernity, transformation or anxieties about the future.

For decades, designers have used fashion to imagine what people might look like in a world increasingly shaped by technology. Sometimes the results are playful and theatrical. At other times, they raise more serious questions about automation, identity and the boundaries between human and artificial life.

Ortega and her stylist, Enrique Melendez, had a rich visual history to draw from when developing a robot-inspired red-carpet look. Several influential designers have already explored similar ideas, creating a fashion vocabulary that combines metallic materials, futuristic silhouettes and unexpected uses of technology.

Thierry Mugler’s Mechanical Vision

One important reference is Thierry Mugler’s Machinemensch suit from 1995. Its name and design draw a connection to the sculpted robot costume worn by Brigitte Helm in Fritz Lang’s influential 1927 science-fiction film Metropolis.

The film’s iconic robot, a machine made to resemble a human woman, helped establish a visual language that continues to influence science fiction and fashion. Its combination of metallic surfaces, a human-shaped silhouette and an unsettling artificial appearance remains instantly recognizable.

Mugler translated that futuristic imagery into fashion, demonstrating how clothing could transform the human body into something that appeared mechanical. The design has continued to attract attention, including through its more recent return to public view in connection with Zendaya.

Like Mugler’s work, Ortega’s gown uses structure and metallic materials to make the body appear almost machine-built. Both looks show how fashion can borrow from science fiction while maintaining a strong sense of theatrical glamour.

Schiaparelli Turns Electronic Waste Into Couture

In 2024, Schiaparelli explored a related idea through its spring couture collection. Creative director Daniel Roseberry incorporated technological waste associated with the early 2000s, including discarded circuit boards and Nokia mobile phones.

The collection treated outdated electronic components as materials that could be repurposed within a luxury fashion context. Roseberry cheekily compared the technology to “vintage fabrics,” giving objects that might otherwise be discarded a new role in the world of couture.

The approach challenged conventional ideas about what qualifies as a valuable fashion material. Instead of relying exclusively on precious textiles, embroidery or traditional embellishments, the collection drew attention to objects associated with everyday technology.

It also offered a commentary on the speed at which technological products become obsolete. Devices that once represented innovation can quickly turn into waste, but fashion can reinterpret them as objects of visual and cultural interest.

There is a similar contrast in Matso’s work for Ortega. Both designs borrow from the visual language of technology while relying on creative decisions to turn industrial or mechanical materials into something expressive.

Alexander McQueen’s Unforgettable Robotic Performance

Another landmark in the history of technology-inspired fashion came during Alexander McQueen’s spring 1999 show. In one of the most memorable moments in runway history, automated robotic arms spray-painted model Shalom Harlow’s white dress as she stood on a rotating platform.

The performance transformed the dress in front of the audience, turning industrial machinery into an active participant in the creative process. Rather than simply presenting a finished garment, McQueen made the act of creation and destruction part of the spectacle.

The scene highlighted a recurring question in technology-driven art: what happens when machines become involved in processes traditionally associated with human creativity?

McQueen’s robots were industrial arms borrowed from a factory where they were used to paint cars. Their presence was dramatic, but the technology was already familiar within manufacturing. The innovation lay in the way the machines were incorporated into a fashion performance.

That distinction helps explain the appeal of Ortega’s dress. Its visual language may suggest a futuristic world, but its construction depends on practical materials and skilled human labour rather than some imagined leap into an automated future.

From Runway Fantasy to Real-World Artificial Intelligence

While fashion’s fascination with robots is not new, the cultural context surrounding technology has changed significantly. In earlier decades, mechanical clothing and robotic references often belonged to the realm of science fiction. Today, artificial intelligence, wearable technology and humanoid robots are increasingly visible in everyday life.

That shift has made technology-inspired fashion feel more immediate and sometimes more unsettling. Designers are no longer imagining a distant future in which machines might enter human spaces. They are responding to technologies that are already influencing communication, entertainment, retail and personal style.

Meta, for example, has collaborated with Kylie Jenner and Ray-Ban to make AI-enabled glasses more fashionable. Such products illustrate a broader challenge for technology companies: sophisticated functionality may not be enough to persuade people to wear a device if they dislike its appearance.

Fashion offers a way to make technology feel familiar, desirable and socially acceptable. Design can help transform a gadget from an object associated primarily with engineering into an accessory that communicates personal taste.

However, the growing visibility of AI-powered products has also generated controversy. Questions about privacy, surveillance and the role of artificial intelligence in daily life can complicate the appeal of devices designed to blend seamlessly into people’s wardrobes.

In that sense, technology-inspired fashion now operates in a more complicated environment than the fantasy robot costumes of previous decades. The machinery is no longer merely a visual metaphor. Increasingly, it is part of the world people inhabit.

Humanoid Robots Take to the Fashion Runway

The growing connection between technology and fashion has also become visible through the appearance of real robots at fashion events.

During Vogue World in Milan, Unitree Robotics’ humanoid dancers attracted widespread online attention after performing at the event. Their appearance became a viral talking point, illustrating the fascination and discomfort that can emerge when robots enter spaces traditionally associated with human performance.

The reaction highlighted a striking contradiction. Fashion audiences are accustomed to elaborate costumes, exaggerated silhouettes and theatrical runway presentations, yet the presence of actual humanoid machines can produce a different response. A garment may look mechanical, but a robot that moves like a person can challenge expectations about performance and identity.

Unitree’s robots appeared again at Shanghai Fashion Week, where they modelled wedding dresses for Chinese brand The Atelier. The spectacle pushed the idea further by placing machines in a setting traditionally associated with romance, personal identity and human relationships.

These appearances raise questions about what fashion shows are meant to communicate. If robots can dance, walk and display clothing, their presence may expand the possibilities of a runway presentation. At the same time, it can prompt debate about the role of human models, performers and other creative professionals.

For now, robotic runway appearances remain spectacles that draw attention partly because they are unusual. But they demonstrate how rapidly the relationship between fashion and technology is evolving.

Why Human Craftsmanship Still Matters in Tech-Fashion

Despite the increasing presence of artificial intelligence and robotics, some of fashion’s most compelling technology-inspired designs continue to depend on an unmistakably human touch.

Roseberry’s use of discarded electronics, McQueen’s incorporation of industrial robotic arms and Matso’s steel construction all demonstrate different ways of bringing technology into fashion. Yet none of these examples relies solely on the novelty of a machine or a digital device.

Instead, each design depends on the human ability to reinterpret materials, create meaning and make unexpected connections. A discarded mobile phone becomes a couture reference. A car-painting robot becomes part of a runway performance. Steel boning becomes the visible architecture of a red-carpet gown.

The materials and technologies may be industrial, but their significance comes from the context in which designers place them.

This is particularly important as artificial intelligence becomes more capable of producing images, patterns and design concepts. Digital tools can help generate ideas, but a physical garment still has to be developed, constructed and made to work in the real world. When a design uses unconventional materials, the challenges of transforming an idea into a wearable object can be especially demanding.

Ortega’s dress makes those challenges visible. Its steel components do not disappear beneath layers of fabric. The construction is the design, and the work required to create it becomes part of its appeal.

The gown therefore offers a useful counterpoint to the idea that technology automatically means automation. A garment can look futuristic while celebrating traditional skills such as cutting, shaping, fitting and assembling materials by hand.

The Appeal of Imperfection in a Machine-Inspired World

There is also something compelling about the imperfections behind Ortega’s seemingly precise steel silhouette. Matso’s references to blisters, failed trials and repeated rebuilds reveal a process that was neither effortless nor perfectly linear.

That process contrasts with the smooth, controlled appearance often associated with machines. Technology is frequently presented as efficient, precise and capable of producing consistent results. Handmade fashion, by comparison, involves decisions, adjustments and the possibility of failure.

Those differences can give a garment a distinctive character. The finished piece carries evidence of the choices required to bring it into existence, even when the final result looks polished and deliberate.

In a world where digital images can make almost any futuristic outfit appear plausible, the physical reality of a dress matters. The materials have weight. The structure must support itself. The silhouette must work on a moving body. And the finished garment must be assembled by people who understand how to turn a visual concept into something wearable.

Ortega’s description of the dress as “hand-made, human-made” captures that distinction. The gown may evoke a robot, but it is not the product of an impersonal production line. It is an expression of human ingenuity, with all the labour and experimentation that entails.

What Jenna Ortega’s Look Says About Fashion’s Future

Ortega’s steel gown is more than a clever example of dressing in character. It reflects a broader conversation about how fashion responds to technological change.

Designers have long used futuristic references to explore the relationship between bodies, machines and identity. Today, that tradition is being reshaped by the arrival of consumer AI devices, increasingly sophisticated robots and a growing cultural debate about the place of technology in human life.

Fashion can respond to these changes in different ways. Some designers use actual electronic components or wearable devices. Others draw on the visual language of robotics through metallic materials, sculptural shapes and mechanical details. Still others incorporate machines directly into performances or runway presentations.

Matso’s creation occupies an especially interesting position within this landscape. It looks like a product of futuristic engineering but relies on traditional garment-making techniques and painstaking manual work.

That contrast also helps explain why the gown is more than a novelty. It offers a visual interpretation of the central character Ortega plays in Klara and the Sun, while presenting an independent fashion statement about the relationship between technology and humanity.

As technological innovation continues to influence design, the most memorable fashion moments may not necessarily be those that look the most advanced. They may be the ones that use technology-inspired ideas to reveal something recognizably human.

Frequently Asked Questions

Who designed Jenna Ortega’s steel dress?

Jenna Ortega’s steel gown was designed by Elias Matso. The sculptural dress featured a fitted bodice, a W-shaped bustier and a fringe skirt constructed almost entirely from hand-cut steel flat and spiral boning.

Where did Jenna Ortega wear the steel gown?

Ortega wore the gown to the New York premiere of Klara and the Sun, the film adaptation of Kazuo Ishiguro’s 2021 novel.

Why was Jenna Ortega’s dress connected to Klara and the Sun?

Ortega plays Klara, a solar-powered robot known as an “Artificial Friend.” The gown’s metallic materials and machine-like structure visually echoed the character’s artificial nature, making it a fitting example of method dressing.

What materials were used to make the gown?

The gown was fashioned almost entirely from hand-cut steel flat and spiral boning. These materials are usually used to provide structure inside garments such as corsets and hoop skirts, but Matso made them a visible feature of the design.

What is method dressing?

Method dressing is a red-carpet styling approach in which an actor’s clothing references the character, themes or visual world of a film or television project. Ortega’s steel gown reflected the robotic character she plays in Klara and the Sun.

Which designers have explored technology-inspired fashion?

Thierry Mugler, Alexander McQueen and Schiaparelli creative director Daniel Roseberry have all explored connections between fashion and technology. Their work has included sculptural robot-inspired designs, robotic runway performances and the use of discarded electronic components in couture.

Why is human craftsmanship important in technology-inspired fashion?

Human craftsmanship turns industrial materials and technological references into expressive, wearable designs. Ortega’s gown demonstrates how cutting, shaping, fitting and assembling steel components by hand can produce a garment that looks futuristic while showcasing the skill of its makers.

Conclusion: A Steel Dress With a Human Heart

Jenna Ortega’s steel gown stands out because it brings together seemingly opposing ideas. It is rigid yet expressive, industrial yet glamorous, and mechanical in appearance yet deeply connected to human craftsmanship.

Designed by Elias Matso for the New York premiere of Klara and the Sun, the dress translated the film’s themes of artificial intelligence and humanity into a striking red-carpet statement. Its exposed steel structure offered a visual reference to Ortega’s robotic character, while the labour behind its construction gave the design a meaning that extended beyond its futuristic appearance.

From Thierry Mugler’s robot-inspired fashion to Alexander McQueen’s dramatic use of industrial machinery, designers have repeatedly explored the boundary between humans and technology. More recently, electronic waste, AI-enabled accessories and humanoid robots have brought that conversation closer to everyday life.

Yet Ortega’s look suggests that the future of fashion does not have to mean leaving human creativity behind. Even when a dress resembles the inner workings of a machine, its character can come from the hands that shape it and the people who make it possible.

In the end, the most remarkable thing about Ortega’s steel dress may not be how convincingly it resembles a robot. It is how clearly it reveals the human effort behind the illusion.