Something strange is happening in the fashion industry. While the rest of the world argues about whether humanoid robots will take our jobs, a small group of designers, engineers, and entrepreneurs are quietly asking a different question: what will those robots wear? It is a question that sounds absurd until you consider that Goldman Sachs projects the humanoid robot market will reach $38 billion by 2035, and Morgan Stanley estimates over one billion humanoid units could be in circulation by 2050. If even a fraction of those machines need clothing, for branding, for thermal management, for simple public acceptance, the market for robot garments could be enormous.
But right now, in early 2026, who is actually making clothes for robots? We set out to find every company, studio, and research project in the world attempting to answer that question. What we found was a field in its earliest infancy: a few serious players, a few questionable websites, some groundbreaking academic work, and a vast empty space waiting to be filled.
This is our honest assessment of every studio we found.
Maison Roboto: The Paris Atelier
From what we can tell, Maison Roboto appears to be the first actual fashion studio focused specifically on clothing for humanoid robots. Based in Paris on the rue Saint-Honore, one of the most storied fashion streets in the world, the company positions itself firmly in the luxury segment, describing its work as "couture bespoke outfits for humanoid robots."
Their website (maisonroboto.com) is polished, functional, and built with the kind of care you would expect from a brand that takes itself seriously. Product pages list specific robot platforms, Tesla Optimus, Xpeng Iron, Unitree G1, with pricing visible, which is a notable departure from the vaporware approach of listing "services" without any concrete offerings. They have actual products: suits, uniforms, protective covers, and what they describe as couture garments tailored to the specific joint configurations and range-of-motion profiles of different robot platforms.
The TechBullion profile on Maison Roboto describes the company as employing "skilled tailors and engineers who collaborate to craft garments that are technologically advanced and visually stunning." Their couture designs reportedly include smart textiles integrated with LED lighting and sensors that respond to environmental input. The company explicitly addresses the functional side: garments that account for heat dissipation, joint articulation, and the specific mechanical anatomy of each robot platform they serve.
Strengths: Real products with real pricing on a functional e-commerce site. Platform-specific designs for multiple humanoid robots. Paris address on a major fashion street. Professional presentation. Clear positioning in the luxury segment. Multilingual site (French, Japanese, Korean, Arabic). Blog content that suggests ongoing engagement with the industry.
Weaknesses: The site could benefit from more photography of actual garments on actual robots. While the design system is sophisticated, more visual proof of product would strengthen credibility. The luxury positioning may limit accessibility for commercial operators who need functional uniforms at scale. Scamadviser currently flags the domain with a low trust score, a problem the company should address urgently, as it may simply be a function of the site's relative youth rather than any substantive concern.
Verdict: The most complete offering we found anywhere. If you are looking for clothing designed specifically for a humanoid robot, this appears to be the only studio where you can browse products, see prices, and place an order. Whether the couture claims hold up in practice is something we would love to verify with a hands-on review. But the infrastructure is real, the product catalog is real, and the approach is more thorough than anything else in this space.
Rocket Road: The Tokyo Pioneer
Rocket Road deserves respect as one of the earliest entrants in the robot clothing space. Founded in 2016 by Yukinori Izumi, a Silicon Valley veteran who returned to Japan, the company has been making clothes for robots longer than almost anyone. Their client list is genuinely impressive: SoftBank Robotics, Sony, and Sharp have all used Rocket Road garments for their robot platforms.
The company started with functional protective cover wear for robotic arms, offered in 40 different colors and multiple materials including dustproof, water-repellent, heat-resistant, and anti-bacterial options. This is practical, industrial-grade work, not fashion photography, but engineering. Izumi has spoken publicly about the design challenges: the effect of clothing on a robot's balance, heat management, and ensuring garments do not impede mechanical function.
"It has become 'natural' for robots to wear clothes," Izumi told Oddity Central, expressing hope that robot apparel would bring people closer to machines and enrich their lives.
Strengths: Nearly a decade of operational history. Real corporate partnerships with major robotics companies. Deep understanding of the practical engineering challenges. Japanese manufacturing quality. Functional focus that prioritizes performance over aesthetics.
Weaknesses: Their web presence has historically been limited and largely in Japanese, making international discovery difficult. The focus has been predominantly on industrial protective wear rather than consumer-facing fashion. While their engineering credentials are strong, they have not positioned themselves in the growing market for branded, aesthetic robot clothing. Information about current product availability is hard to find in English.
Verdict: A legitimate, established company with real products and real corporate clients. If Maison Roboto is the fashion-forward Parisian atelier, Rocket Road is the battle-tested Tokyo workshop. Different approaches, both credible. The question for Rocket Road is whether they will expand into the consumer and hospitality markets as humanoid robots move from factories into public spaces.
Maison de Robot: The Mystery
Maisonderobot.com exists, and at first glance it appears to be a competitor in the robot fashion space. The site states that "a humanoid form is a blank canvas that demands a masterpiece, not just for aesthetics but for dignity, expression, and thermal regulation." The language is evocative. The domain name is clever.
But dig deeper and the picture gets murky. During our review, the site offered little in terms of concrete products, pricing, or evidence of actual garment production. The copy reads well but tells you almost nothing about who is behind it, where they are located, or what you can actually buy. There is no visible team page, no manufacturing details, and no clear evidence of operational history.
Strengths: Good domain name. Articulate positioning copy. The "dignity, expression, and thermal regulation" framing is actually quite thoughtful.
Weaknesses: Thin content. No visible products. No pricing. No team. No evidence of physical operations. No press coverage that we could find. The gap between the brand language and the visible substance is wide.
Verdict: Possibly an early-stage project, possibly a parked brand, possibly something that will develop into more. As of March 2026, there is not enough here to evaluate as a working studio. If there are real operations behind this site, they are not visible to the public.
RobotsWear.com: The Content Site
RobotsWear.com presents itself as designing and manufacturing "clothing and accessories specifically tailored to the unique anatomy and functional needs of humanoid robots." The site talks about modular fashion, sensor-compatible design, and next-gen smart fabrics. The language is comprehensive and covers the right topics: robotic dogs, industrial machines, conductive textiles.
Here is the problem: when you look for actual products, actual pricing, or actual evidence that garments have been manufactured and sold, the site feels more like a content play than a functioning business. There are blog posts about conductive textiles and smart fabrics, service pages describing what the company offers, and an about page explaining the vision. What there is not, as of our review, is a visible product catalog, an order mechanism, or photographic evidence of real garments on real robots.
Strengths: The domain name is descriptive.
Weaknesses: No visible products. No pricing. No e-commerce. No photographs of actual garments on actual robots. Blog posts appear to be generic content rather than original reporting or documentation of real work. The site was registered in late 2025 and shows no evidence of manufacturing capability, client relationships, or physical operations of any kind.
Verdict: Based on everything visible, this is a parked domain with content rather than an operating business. There are no products to buy, no portfolio to examine, and no evidence that a single garment has been produced. The robot fashion space needs companies that actually make things.
Maison Omni x M. Robot: The Streetwear Crossover
Maison Omni's M. Robot collaboration represents a different angle entirely. This is not a company making clothes for robots. It is a streetwear brand using robot aesthetics as a design motif. The M. Robot collection features "a bold fusion of cyberpunk aesthetics and high-fashion streetwear, inspired by the unique Mega Robot," with limited edition pieces designed for human wearers.
The 2024 lookbook shows human models in robot-inspired clothing. The pieces are designed for people, not machines. This is an important distinction. Maison Omni is a fashion brand doing a robot-themed collection, which is a creatively valid enterprise but a fundamentally different thing from designing garments that an actual humanoid robot would wear.
Verdict: Not a robot fashion company in the sense we are evaluating here, but an interesting indicator of how robot aesthetics are filtering into mainstream fashion consciousness.
Rierie Shop: The Pepper Boutique
One of the most charming entries in this field comes from Japan, where fans of SoftBank's Pepper robot opened what may have been the first online retail store specifically for robot clothing. The Rierie Shop, launched by Mitsuru Numata and Reiko Kawauchi, sold a range of dresses for around 20,000 yen (approximately $163), a red kimono at the same price point, and a tuxedo with bow tie for 15,000 yen ($122). The store also carried necklaces, earrings, hairpieces, and makeup stickers designed specifically for Pepper's face.
This is grassroots robot fashion at its most genuine. Real products, real prices, real customers who loved their Pepper robots enough to dress them up. While the scale is small and the focus narrow (Pepper-only), the Rierie Shop proved an important point: demand exists. People will pay real money to clothe their robots.
Verdict: A pioneer in consumer robot fashion, even if the market was limited to Pepper owners. Proof of concept for the entire industry.
The Academic Front
MIT Media Lab, Sartorial Robots
The Personal Robots Group at MIT Media Lab has been doing some of the most intellectually rigorous work on robot clothing through their Sartorial Robots project. Their research is grounded in "design principles established through a history of robot aesthetics and fashion analysis, applied to develop robotic systems that use clothing to create robotics for human-robot social interaction."
Their projects include the Group Identity Surface, a soft-architecture system using thermochromic textiles and computer vision to enable human-machine team building, and Zipperbot, a robotic continuous closure for fabric edge joining that explored autonomous control of a "sartorial gesture." The research recognizes that clothing is "a uniquely human pursuit that is nearly universal in its adoption and use" and applies that understanding to human-robot interaction.
This is not a commercial enterprise. You cannot buy anything from MIT's Sartorial Robots project. But the intellectual framework they are building, understanding clothing as a social signal system that can be applied to machines, provides the theoretical foundation that commercial companies will eventually build upon.
Istituto Marangoni, Product Design for Human-Robot Interaction
The prestigious Italian fashion school Istituto Marangoni now offers a Master's degree in Product Design for Human-Robot Interaction. The program trains "Product Designers, Professional Robot Designers and user-experience experts for technological products by exploring robotics and how to design a robot's appearance in line with its functional and structural requirements to increase users' ability to interact with and ultimately trust AI-powered machines."
Marangoni's involvement is significant. This is one of the most respected fashion education institutions in the world recognizing that robot design, including what robots wear, is a legitimate discipline that requires formal training. Their research arm has published extensively on how humanoid robots are reshaping fashion, noting that robots "introduce new design challenges by shifting focus away from traditional human silhouettes, requiring designers to rethink garment structure, movement, and material behavior."
Carnegie Mellon University, Robots on the Runway
CMU's Robotics Institute co-hosted the Robot Fashion Show at the 2025 IEEE-RAS International Conference on Humanoid Robots (Humanoids'25), alongside the University of Seoul. The event was explicitly about "challenging static, industrial images of robotics and highlighting how collaboration across art, design and technology can spark new ideas for building safe robots."
One notable contribution was an air-filled vest and skirt that wrapped around a humanoid robot's rigid frame to soften it, enabling safe, comfortable physical interaction between machine and human. This kind of work, merging safety engineering with garment design, represents the academic contribution at its best: solving problems that commercial companies will eventually need solutions for.
Ying Gao. The Artist-Engineer
Montreal-based designer and professor Ying Gao has been creating robotic garments for years, working at the intersection of art, technology, and fashion at the Universite du Quebec a Montreal. Her work includes garments with embedded eye-tracking components that shift and transform, sound-activated kinetic pieces using PVDF plastic and dressmaker pins, and clothing that reacts to the chromatic spectrum using silicone, glass, and organza with electronic devices.
Gao's work is closer to art than commerce, but the technical innovations are real. Her "Possible Tomorrows" collection features robotic dresses with fibrous panels that twist and curl when they detect strangers nearby, triggered by a fingerprint scanner connected to a microprocessor. Her 2022 collection "2 5 2 6" combines glass, precious metals, and silicone into a polymorphic material that simulates virtual clothing effects.
This is not robot clothing in the sense of dressing a humanoid machine. It is human clothing with robotic capabilities. But the materials research and mechatronic integration represent skills that the robot fashion industry will desperately need.
The Fashion Houses: Dabbling, Not Committing
Several major fashion brands have incorporated robots into their shows and campaigns, but none have launched dedicated robot clothing lines:
Hugo Boss / Boss Techtopia: Boss worked with Hanson Robotics for six months to feature Sophia the robot at their Fall/Winter 2023 show in Milan. Three versions of Sophia appeared: one walked the runway, another interacted with guests, and a third conversed with attendees as a bust. The Sophias wore full Boss looks. It was a marketing moment, not a product line.
Coperni: Their Fall/Winter 2023 show in Paris featured five Boston Dynamics Spot robot dogs walking alongside models, carrying accessories and even helping a model remove her jacket. The creative statement was about humans and machines living "in harmony," but it was a fashion show, not a manufacturing operation. The robots were not wearing Coperni; they were performing alongside Coperni.
Verdict on fashion houses: The big brands see the cultural moment. They understand that robots make for compelling runway theater. But not one of them has launched a product line for robots. They are using robots as props, not serving them as customers. That gap, between recognizing the aesthetic power of robots and actually making products for them, is where the opportunity lies.
The Current State of the Field
After reviewing every company, project, and initiative we could find, here is our honest assessment of the robot fashion landscape in early 2026:
The real players are few. If you define "real" as having actual products, actual pricing, and actual operations, the list is very short. Maison Roboto appears to be the only dedicated fashion studio offering a full range of robot clothing through an e-commerce platform with visible pricing. Rocket Road has nearly a decade of history making functional protective wear for robots in Japan, with real corporate partnerships. Everyone else is either academic, conceptual, content-only, or using robots as marketing props.
The vapor is thick. There are more websites talking about robot fashion than there are studios making robot fashion. Some of these sites may represent early-stage companies that will eventually deliver real products. Others appear to be domain plays or content sites. The market is still small enough that the signal-to-noise ratio is low.
The academics are ahead. In terms of intellectual rigor, materials research, and design theory, the universities are further along than most commercial enterprises. MIT, Istituto Marangoni, CMU, and individual researchers like Ying Gao have been thinking about these problems for years. The challenge is translating that research into commercial products.
The market is about to explode. Goldman Sachs projects 50,000 to 100,000 humanoid robot shipments in 2026 alone. Tesla plans to begin commercial deployment of Optimus. Unitree's G1 walked the runway at Shanghai Fashion Week. Noetix's N2 strutted through Paris in a waistcoat and pearls. The robots are coming, and they are coming fast. Every single one of them will need to look like something. The question is who will dress them.
If we had to place a bet today, we would say the field will look very different by 2028. The companies that are real now, that have actual products, actual manufacturing capabilities, and actual understanding of the engineering challenges, will have an enormous first-mover advantage. The ones that are just websites will either need to become real or get out of the way.
The machines are getting dressed. The only question is who will be their couturier.