Jenna Ortega’s Steel Dress: The Art of Metal Couture

Metal couture is having a moment, and Jenna Ortega has delivered one of the most striking examples of the trend. At the New York premiere of Klara and the Sun, the actor stepped onto the red carpet in a sculptural steel gown that looked more like futuristic body armour than a conventional evening dress. Yet beneath its industrial appearance was a surprisingly human story of craftsmanship, experimentation and painstaking design.

Designed by Elias Matso, Ortega’s outfit featured a fitted bodice, a distinctive W-shaped bustier and a dramatic fringe skirt. The gown was constructed almost entirely from hand-cut steel flat and spiral boning, structural materials more commonly associated with the internal architecture of corsets and hoop skirts than with red-carpet fashion.

The result was dramatic, unconventional and almost otherworldly. With its metallic framework and intricate construction, the dress appeared to transform Ortega into a living sculpture, as though she had emerged from a futuristic workshop. But the look was not simply an exercise in technological fantasy. It also highlighted the labour and ingenuity required to turn an industrial material into wearable couture.

Jenna Ortega’s steel gown is a red-carpet statement

Ortega wore the striking creation to the New York film premiere of Klara and the Sun, an adaptation of Kazuo Ishiguro’s 2021 novel of the same name. In the film, she plays Klara, an optimistic and altruistic solar-powered robot known as an Artificial Friend.

Given the character’s artificial nature, the metallic gown was an especially fitting choice. Its exposed structure, sculptural silhouette and mechanical-looking details echoed the visual language of robotics without resorting to a conventional costume-like interpretation of a robot.

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

The connection between the dress and the film illustrates one of the most effective approaches to celebrity styling: method dressing. Rather than choosing an outfit independently of a film’s themes, actors and stylists can use fashion to extend a character’s visual identity beyond the screen.

For Ortega, the steel gown created a direct link between the futuristic world of Klara and the Sun and the real-world red carpet. It evoked the idea of an artificial being while retaining the artistry and individuality of a handmade garment.

What makes Elias Matso’s metal couture design unusual?

At first glance, the gown’s angular bustier and cascading metal fringe might suggest an elaborate costume assembled from industrial machinery. Its construction, however, was rooted in traditional dressmaking components.

The design relied on steel flat and spiral boning, materials commonly used to provide structure and support in garments such as corsets. In conventional clothing, these elements are usually concealed beneath fabric. Matso brought them to the surface, turning the framework itself into the visual centrepiece.

The gown’s main features included:

• A sculptural W-shaped bustier: The angular neckline gave the bodice a futuristic silhouette and helped establish the look’s strong architectural character.
• A fitted, structured bodice: The use of metal components created a defined shape, recalling the internal construction of traditional corsetry.
• A dramatic fringe skirt: Cascading metallic elements introduced movement and texture, contrasting with the more rigid lines of the upper section.
• Hand-cut steel construction: The use of individually worked metal components gave the dress its industrial appearance while emphasising the labour behind its creation.

Rather than disguising the materials, the design celebrated them. The visible framework became ornament, and the structural elements typically hidden inside clothing were transformed into the garment’s defining feature.

This reversal is part of what makes metal couture so compelling. Materials associated with engineering, machinery and industrial production can acquire an entirely different character when shaped by a designer’s hand.

Metal couture and fashion’s long fascination with robots

Although Ortega’s gown feels contemporary, the relationship between fashion and robotic imagery has a long history. Designers have repeatedly explored the meeting point between the human body, machinery and futuristic aesthetics, often using couture to imagine what people might look like in an increasingly technological world.

The appeal is partly visual. Metal can suggest strength, precision and artificiality, while sculptural silhouettes can make the human body appear transformed into something mechanical. But the trend also raises a more complex question: what happens when fashion celebrates the machine while depending on human creativity and craftsmanship to bring it to life?

Several landmark fashion moments help explain the context surrounding Ortega’s look.

Thierry Mugler’s Machinemensch suit

In 1995, Thierry Mugler presented a sculptural robot-inspired suit known as Machinemensch. The design drew on the revolutionary robotic costume worn by Brigitte Helm in Fritz Lang’s influential 1927 science-fiction film Metropolis.

The original film costume remains one of cinema’s most recognisable depictions of a humanoid robot. Its rigid, metallic appearance helped establish a visual language that has influenced science fiction, costume design and fashion for generations.

Mugler’s interpretation brought that mechanical aesthetic into the world of haute couture. The suit demonstrated how fashion could use the visual vocabulary of machinery to create a powerful image of the body as both human and artificial.

The design has continued to resonate with contemporary fashion audiences. Zendaya has since worn the archival creation, bringing renewed attention to Mugler’s futuristic vision and its lasting influence on celebrity dressing.

Ortega’s steel gown belongs to the same broad tradition, although its exposed metal framework creates a different effect. Rather than reproducing a robot’s smooth outer shell, Matso made the construction itself the focus.

Schiaparelli turns technological waste into couture

In 2024, Schiaparelli explored a related idea through its spring couture collection, which incorporated technological waste from the early 2000s. The materials included discarded circuit boards and Nokia mobile phones, transforming obsolete electronics into elements of high fashion.

Creative director Daniel Roseberry cheekily compared the electronic components to “vintage fabrics”. The comparison was revealing: materials that had once represented technological progress could be reimagined as objects of fashion and artistic value.

The collection also highlighted the changing relationship between luxury and material culture. Couture traditionally derives much of its appeal from rare materials, meticulous construction and the skill required to transform a design into a finished garment. Reusing discarded technology introduced another dimension, making the objects themselves part of the creative narrative.

Like Matso’s steel gown, the collection demonstrated that industrial materials need not remain confined to their original purpose. In the hands of a designer, they can become expressive elements of a larger visual story.

Alexander McQueen’s robotic arms and Shalom Harlow

Another defining moment arrived during Alexander McQueen’s spring 1999 show, when model Shalom Harlow stood on a rotating platform wearing a white dress that was spray-painted by automated robotic arms.

The performance became one of fashion’s most memorable demonstrations of technology as part of a live presentation. As the machines sprayed paint across Harlow’s dress, the garment was transformed before the audience’s eyes.

The moment was striking not simply because robots were involved, but because the machinery became part of the performance. The process blurred the boundaries between garment, art installation and spectacle.

There was also an important practical detail behind the futuristic effect: the robotic arms had been borrowed from a factory where they were used to paint cars. Their presence in a fashion show made industrial technology part of an artistic experiment.

McQueen’s presentation remains relevant to discussions about technology in fashion because it demonstrated how machinery could be used creatively without making the machine itself the sole point of interest.

Why tech-fashion feels different today

Fashion’s fascination with robots has traditionally been expressed through fantasy. Metallic costumes, sculptural silhouettes and mechanical accessories allowed designers to imagine futuristic beings without necessarily suggesting that the technology would soon become part of everyday life.

Today, that distinction is becoming less clear. Artificial intelligence, wearable computing and increasingly capable robots are moving beyond science-fiction imagery and into consumer products, public performances and fashion events.

As a result, technology-inspired fashion carries a different set of associations. It can still be playful and theatrical, but it can also prompt questions about surveillance, automation, identity and the growing role of machines in daily life.

AI glasses become a fashion accessory

Meta’s collaboration with Ray-Ban illustrates how technology companies are working to make digital devices more compatible with personal style. Their AI-enabled glasses combine the familiar appearance of eyewear with features associated with connected devices and artificial intelligence.

Collaborations involving celebrities, including Kylie Jenner, have also helped draw attention to the intersection of technology, fashion and lifestyle branding.

The strategy reflects a broader challenge for wearable technology: devices need to be functional, but they also have to fit naturally into the way people dress and present themselves.

Unlike a dramatic couture gown designed for a film premiere, AI glasses are intended to be worn in everyday settings. Their success therefore depends partly on making technology feel familiar rather than conspicuous.

Humanoid robots take to the runway

Robots have also begun appearing more frequently in fashion events and public performances. During Vogue World in Milan, humanoid dancers from Unitree Robotics attracted widespread online attention, turning the event into a viral talking point.

The performance placed advanced robotics in a setting usually associated with human movement, artistic expression and luxury fashion. The contrast was striking: machines designed to reproduce physical movement were performing alongside an industry built around the human body.

Unitree’s robots subsequently appeared at Shanghai Fashion Week, where they modelled wedding dresses on the runway for Chinese brand The Atelier.

These appearances demonstrate how technology is increasingly becoming part of fashion’s public image. Robots are no longer limited to futuristic films or experimental art installations; they are also being used to generate spectacle, attract attention and explore new ways of presenting clothing.

However, their presence also raises questions about the role of human models, the value of physical performance and the difference between reproducing movement and communicating emotion.

Why handmade fashion still matters in a technological age

Despite the growing visibility of AI and robotics, Ortega’s steel dress suggests that technology-inspired fashion is often most compelling when it retains a strong handmade element.

There is a difference between clothing that merely looks mechanical and a garment that uses industrial materials as part of a carefully constructed design. The latter requires creative decisions about shape, proportion, movement and how the finished piece will interact with the human body.

In Ortega’s case, the metal framework might resemble the inside of a machine, but the garment was not simply a product of automated manufacturing. It was created through hands-on work, repeated experimentation and the willingness to refine an unusual idea.

Matso acknowledged the effort involved, referring to the “many blisters, rebuilds, failed trials” and the “helping hands” that contributed to the final result.

Those details provide an important counterpoint to the gown’s futuristic appearance. What looks like a vision of a machine-made future is, in fact, the product of human labour and practical problem-solving.

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

Her comment captures the central tension behind the look. The dress references a world in which technology is becoming increasingly influential, yet its appeal comes from the skill and effort required to make it wearable.

The human body at the centre of metal couture

Metal couture presents designers with a particular challenge because metal behaves differently from the fabrics traditionally used in clothing. It can be rigid, heavy and unforgiving, while garments need to accommodate movement, balance and the contours of the body.

Using metal successfully therefore requires more than an eye-catching concept. Designers must consider how structural elements work together, how the garment sits on the wearer and how its components contribute to the overall silhouette.

Matso’s use of steel flat and spiral boning is especially interesting because these materials already have a relationship with garment construction. By exposing them, he turned the internal architecture of clothing into an external visual language.

The effect also depends on contrast. The rigid geometry of the bodice is set against the movement of the fringe skirt, while the industrial material is worn on a living, moving body. The garment’s visual tension comes from that meeting of hard and soft, structure and motion, artificiality and humanity.

That contrast helps distinguish Ortega’s gown from a conventional metallic dress. Rather than simply using a shiny fabric to suggest futurism, it makes the construction itself part of the fashion statement.

Method dressing: when an outfit becomes part of the film’s story

Method dressing has become a familiar feature of contemporary film promotion. Actors and their stylists increasingly choose red-carpet looks that reflect a character’s wardrobe, the film’s themes or its visual world.

When it works well, the approach creates a connection between the film and its promotional appearances without requiring the actor to wear a literal costume. References can be subtle, drawing on colours, silhouettes, materials or design details associated with the story.

Ortega’s steel gown is an example of this approach. Her character in Klara and the Sun is an artificial being, making the use of exposed metal an obvious thematic connection. But the dress does not simply reproduce the appearance of a robot. Its sculptural form gives the idea a couture interpretation.

The choice also fits Ortega’s reputation for embracing distinctive fashion on the red carpet. Rather than opting for a conventional premiere gown, she wore a piece that encouraged viewers to consider the relationship between fashion, technology and the film itself.

For audiences, this kind of styling can make a premiere feel like an extension of the film’s creative universe. For designers, it offers an opportunity to create something that functions as both clothing and storytelling.

What Jenna Ortega’s steel dress says about the future of fashion

The growing presence of robots and AI in fashion does not necessarily mean that human creativity is becoming less important. If anything, Ortega’s gown suggests that the relationship between technology and craftsmanship can make the human element more visible.

As digital tools become more accessible and machines take on new roles in design, production and presentation, the ability to create something distinctive may increasingly depend on the ideas and decisions that guide those tools.

A robot can perform a movement, an AI system can generate an image and a machine can manufacture components with precision. But turning those possibilities into a garment that communicates a compelling idea still requires choices about meaning, form and experience.

That is where the work of designers such as Matso becomes significant. His gown uses a material associated with machinery to create a piece that is unmistakably the result of human imagination and labour.

It also shows why fashion continues to return to the image of the robot. The robot is not merely a symbol of technological progress; it offers a way to explore what makes human beings different from the systems they create. Clothing, which sits directly on the body, is a particularly effective medium for examining that relationship.

Frequently asked questions

Who designed Jenna Ortega’s steel dress?

Jenna Ortega’s steel gown was designed by Elias Matso. She wore it to the New York premiere of Klara and the Sun.

What was Jenna Ortega’s metal dress made from?

The gown was fashioned almost entirely from hand-cut steel flat and spiral boning, structural materials commonly associated with corsets and hoop skirts.

Why did Jenna Ortega wear a robot-inspired dress?

The gown complemented the themes of Klara and the Sun, in which Ortega plays Klara, a solar-powered artificial companion. Its exposed metal structure provided a futuristic visual reference without simply copying a robot costume.

What is metal couture?

Metal couture is a fashion approach that uses metal components or metal-like materials as prominent design elements. Depending on the creation, metal may provide structure, decoration or the main visual identity of a garment.

What is method dressing?

Method dressing is a styling approach in which an actor’s promotional outfits reference the character, story or themes of a film. The references may involve materials, colours, silhouettes or broader visual concepts.

Which designers have explored robot-inspired fashion?

Designers and fashion houses associated with technology-inspired or robotic aesthetics include Thierry Mugler, Alexander McQueen and Schiaparelli. Their work has explored everything from sculptural robot-like costumes to garments incorporating discarded electronic components and performances involving industrial machinery.

Conclusion: A futuristic look with a human story

Jenna Ortega’s steel gown stands out because it brings together two ideas that can seem contradictory: the cold, mechanical appearance of metal and the painstakingly human work of couture.

Designed by Elias Matso for the New York premiere of Klara and the Sun, the dress transformed steel flat and spiral boning into a sculptural red-carpet statement. Its W-shaped bustier and fringe skirt echoed the film’s artificial world while retaining the individuality of a handmade creation.

The look also belongs to a longer fashion tradition, from Thierry Mugler’s robot-inspired designs to Alexander McQueen’s experiments with robotic arms. But as AI-powered accessories and humanoid robots move closer to everyday life, the relationship between technology and fashion is taking on new meaning.

What makes Ortega’s outfit particularly compelling is that it does not rely on technology alone to create its impact. Its construction involved experimentation, failed attempts and the work of multiple people. The futuristic result is a reminder that even the most mechanical-looking designs can depend on distinctly human creativity.

In the end, the gown’s strongest statement may be the simplest one: fashion can imagine a world increasingly shaped by machines while continuing to celebrate the hands, ideas and effort that bring extraordinary creations to life.