What is Activewear? Fashion, Science, and Technology

Sportswear is no longer made up solely of garments to wear during a workout. Over the past few decades, it has evolved into a highly specialized sector in which design, movement studies, textile research and technological innovation work together to improve comfort, functionality and fit.

It is within this context that the concept of activewear has become established: a category of clothing designed to support the body during physical activity, yet versatile enough to be worn in everyday life as well. Leggings, tops, technical shirts, sweatshirts, shorts and seamless garments no longer respond only to aesthetic needs. The choice of yarns, knit structure, distribution of elasticity and placement of seams can have a real impact on how a garment feels during movement.

Two apparently similar garments can therefore offer very different levels of performance. One fabric may feel cooler, lighter and more breathable; another may provide greater compactness, support or thermal comfort. Some constructions are designed to reduce chafing, others to accommodate wide and repeated movements, while others are developed to maintain a stable fit during training.

Understanding what activewear means makes it possible to choose sportswear more consciously, going beyond a purely aesthetic evaluation. In this guide, we will explore the differences between activewear, sportswear and athleisure, the most commonly used materials, textile technologies, the historical evolution of the sector and the criteria to consider when identifying the most suitable garments for different activities.

Activewear: what does it mean and what kind of trend is it?

The English word activewear refers to “clothing for an active lifestyle.” The term describes a range of garments designed to support movement and provide comfort during physical activity, while maintaining a refined enough aesthetic to be worn outside a strictly sporting context as well.

It therefore does not identify one specific garment, but an entire product category. It includes, for example, leggings, shorts, cycling shorts, sports tops, technical T-shirts, tank tops, sweatshirts, bodysuits and garments intended for activities such as gym workouts, running, yoga, Pilates, walking and outdoor training.

To be considered true activewear, a garment should not simply have a sporty appearance. Its design should take functional elements into account, such as:

• elasticity and the ability to follow movement;
• shape recovery after stretching;
• breathability and moisture management;
• fit stability;
• reduction of chafing;
• resistance to repeated movements and washing;
• comfort in different weather conditions.

The success of activewear is closely linked to changing everyday habits. The spread of more dynamic lifestyles, greater interest in well-being and the need to wear comfortable clothing for many hours have gradually reduced the gap between sportswear and casual clothing.

Today, someone may wear the same pair of leggings for a yoga session, a walk, a trip or an everyday activity, provided the style is suitable for the different situations. This versatility, however, does not remove the need to distinguish between genuinely technical garments and products that merely reproduce their sporty aesthetic.

Why activewear has become a lifestyle

Activewear has become popular because it responds to practical needs. Our days often include commuting, work, physical activity and leisure time within just a few hours. Completely changing clothes for every part of the day is not always practical, while modern sportswear makes it possible to create flexible outfits suited to different contexts.

The concept of elegance has changed as well. Comfort is no longer necessarily associated with an unpolished appearance. Clean lines, coordinated colors, compact fabrics and carefully designed fits have made leggings, tops and sweatshirts regular elements of the modern wardrobe.

It is still important, however, to consider the intended use. A garment that feels pleasant to wear during leisure time is not automatically suitable for an intense workout. During sport, sweating, friction, range of motion and the need for support require specific characteristics that a simple casual garment may not provide.

Activewear, sportswear and athleisure: what are the differences?

The terms activewear, sportswear and athleisure are often used as synonyms, but they describe slightly different concepts. The boundaries are not always rigid and, in everyday use, the categories may overlap. Understanding their nuances, however, helps you choose products according to their actual function.

Sportswear: clothing designed for sport

The term sportswear broadly refers to clothing intended for sport. It may include both highly technical garments designed for a specific discipline and simpler sports clothing. A running shirt, training cycling shorts, a warm-up tracksuit or gym shorts all fall into the sportswear category.

When a garment is designed for a specific activity, function tends to take priority over aesthetics. The fabric, fit and details are selected according to the conditions in which the garment will be used. In running, for example, lightness, quick drying and reduced chafing become important. In weight training, elasticity, stability and durability may play a greater role.

Activewear: functionality and versatility

Activewear combines the technical characteristics of sportswear with greater adaptability to everyday life. The garment is designed to support movement, while its design is refined enough to be worn before or outside a workout as well.

This category therefore seeks a balance between performance, comfort and aesthetics. Activewear leggings may feature a seamless construction, a stable waistband and breathable knitting, while still maintaining a design suitable for pairing with a sweatshirt, jacket or casual top.

Athleisure: when sports style becomes fashion

The term athleisure combines the words athletic and leisure. It describes a fashion trend that uses elements from the world of sport to create everyday outfits.

In athleisure, technical functionality may be present, but it is not always essential. A garment can have a fitness-inspired look without actually being designed to handle sweat, friction or intense movement. The main goal is to create a casual, comfortable and polished look.

Category	Main characteristic	Main use	Technical performance
Sportswear	Design focused on sport	Training and specific sports	Moderate to high
Activewear	Balance between function, comfort and aesthetics	Sport and everyday life	Varies depending on the garment
Athleisure	Sports aesthetics applied to casual wear	Leisure and everyday outfits	Not always a priority

The most important distinction therefore lies in the design process. A technical garment is developed to withstand specific demands. An athleisure product may instead prioritize everyday fit and appearance. Neither category is necessarily better than the other: they simply respond to different needs.

How activewear is made: the materials and technologies that make the difference

The quality of an activewear garment does not depend on a single element. It is the result of the interaction between fiber, yarn, knit structure, density, elasticity, fit, construction and finishing. Design also plays an important role, but it must be consistent with the function of the product.

The design process begins with the intended use. A garment designed for high-intensity activity requires different characteristics from one intended for yoga, walking or leisure. Fabric weight, level of support, ventilation, coverage and the placement of elastic zones all vary accordingly.

Why fabric matters more than appearance alone

When looking at sportswear, color and shape are the most immediate elements. During use, however, it is primarily the characteristics of the fabric that determine how the garment feels.

The most important parameters include:

• elasticity: indicates how much the material can stretch to follow movement;
• elastic recovery: describes the ability to return to its original shape without sagging;
• density: affects compactness, coverage and support;
• weight: contributes to the sensation of lightness or structure;
• hand feel: describes how the fabric feels to the touch;
• breathability: refers to the ability to allow vapor to pass through and limit moisture build-up;
• abrasion resistance: becomes important in garments exposed to frequent contact and friction.

A very stretchy fabric with poor recovery can lose its shape over time. A compact material may provide support and coverage but may be less suitable for high temperatures if it is not sufficiently breathable. For this reason, there is no single ideal fabric for every situation.

The most commonly used fibers in activewear

Synthetic fibers are widely used in technical clothing because they can provide durability, elasticity, lightness and short drying times. The most common are polyamide, polyester and elastane.

Polyamide can provide a soft hand feel, good durability and a pleasant close-to-body fit. It is common in leggings and seamless garments, especially when a smooth and comfortable surface is desired.

Polyester is valued for its lightness, durability and quick-drying properties. It is widely used in technical shirts and garments intended for activities involving heavy sweating.

Elastane is added in varying percentages to increase elasticity. Its presence alone does not determine product quality: what also matters is how the fiber is integrated into the structure and the fabric’s overall ability to recover its shape.

Cotton remains pleasant against the skin and is suitable for sweatshirts, T-shirts and garments worn during warm-ups or leisure time. However, it tends to absorb more moisture and dry more slowly, which may make it less suitable for very intense workouts.

There are also recycled, man-made and plant-based fibers used to achieve specific sensations or reduce the use of virgin raw materials. In these cases as well, it is important to consider the product’s entire life cycle rather than only the declared origin of the fiber.

Knit structure changes performance

The composition stated on the label does not tell the whole story. Two fabrics made with the same percentages of polyamide and elastane may behave differently depending on yarn count, density, knitting technique and knit structure.

A more compact construction can increase coverage and provide a more supportive feel. An open or micro-perforated structure can improve ventilation. Three-dimensional textures, ribbing, micro-mesh and differentiated-density zones can modify garment performance without necessarily introducing different materials.

In more advanced products, the same garment can include areas with different functions. The abdominal area may be more stable, zones subject to greater sweating may feature a more open knit, and areas requiring mobility may be constructed with greater elasticity.

This localized design is especially important in seamless garments, where the knit structure itself contributes to shaping fit, ventilation and support.

Seamless construction and technical seams

The term seamless literally means “without seams.” In sportswear, it refers to garments made with fewer seams than traditional constructions. It does not always mean that the product is completely seam-free, but rather that its main structure is built to minimize their number.

Reducing seams can improve comfort in areas prone to chafing and allow elasticity to be distributed more evenly. Seamless technology also makes it possible to integrate ribbing, ventilation zones and more compact areas directly into the knit.

When seams are necessary, flat constructions can be used to reduce bulk. Their placement should be designed according to the most frequent movements and areas subject to greater pressure.

A strong but rigid seam can limit fabric elasticity. Conversely, a seam that is too delicate may not withstand repeated stress. This detail must therefore also be consistent with the intended use.

Functional technologies in technical sportswear

The evolution of the sector has led to the development of yarns and constructions capable of providing additional functions beyond simply covering the body. Technologies may be integrated into the fiber, applied to the fabric or achieved through the knit structure.

FIR technology, based on far-infrared rays, uses yarns containing particles capable of interacting with the thermal energy emitted by the body. In textiles, it is used to promote thermal comfort and support physical activity. Because the function is integrated into the yarn, it does not depend on a surface treatment designed to wash away quickly.

CryoFIR constructions combine this technology with lightweight and highly breathable structures designed to provide ventilation and a cooler sensation during wear. HotFIR solutions, on the other hand, are developed to retain more heat and are suited to colder seasons or outdoor activities.

The EcoFIR version uses recycled polyamide, while BambùFIR constructions feature a more compact and matte hand feel. The different names do not indicate a quality ranking, but solutions designed for different sensations, seasons and uses.

Q-Skin® is a polyamide fiber containing silver ions, used in some technical fabrics to help control the proliferation of bacteria responsible for unpleasant odors. It can be especially useful in shirts and garments worn directly against areas particularly prone to sweating.

These technologies do not replace proper garment hygiene, hydration, training or normal recovery strategies. They are design tools that can improve comfort and garment management during use.

Why activewear improves comfort and performance during physical activity

A good activewear garment does not automatically increase strength, speed or calorie expenditure. It can, however, create more favorable conditions for moving consistently, staying comfortable and focusing on exercise execution.

The aim of technical design is to reduce factors that can interfere with training: fabrics that stay wet, waistbands that slip down, seams that irritate, garments that are too rigid or materials that restrict mobility.

Freedom of movement

During squats, lunges, running, bodyweight exercises or yoga poses, the fabric must move with the joints and muscle groups without creating excessive resistance. Multi-directional stretch, ergonomic cuts and shape recovery allow the garment to follow the body while maintaining its fit.

Freedom of movement does not necessarily mean a loose fit. Close-fitting leggings can still provide excellent mobility if their structure is properly designed. Likewise, loose trousers can feel uncomfortable if they have rigid seams or excess fabric that interferes with movement.

Sweat and moisture management

During physical activity, the body produces heat and sweat. A technical fabric should help disperse vapor and limit the amount of moisture that remains on the skin. This process depends on the structure of the material, the surface available for evaporation and the garment’s drying ability.

Breathability does not mean that the fabric prevents sweating. Sweating is a physiological mechanism necessary for thermoregulation. The role of the garment is to manage moisture as efficiently as possible, reducing the sensation of heaviness and wet fabric.

Reducing chafing

Chafing mainly occurs in areas where skin, fabric and seams repeatedly come into contact. Inner thighs, underarms, groin, shoulders and the area under the breasts can be particularly sensitive during running, walking or prolonged workouts.

Seamless constructions, flat seams, stable fits and soft fabrics can help reduce friction. Choosing the right size is important as well: a garment that is too loose can move around and cause chafing, while an excessively tight style can compress and irritate.

Thermal comfort throughout the year

In summer, lightweight, breathable and quick-drying fabrics are generally preferable. In winter, a more compact structure can be useful, especially during outdoor activities or warm-up phases.

Thermal comfort also depends on exercise intensity. During highly dynamic activity, an overly heavy garment can cause heat build-up even in low temperatures. Layering makes it possible to adapt clothing to changing weather conditions and levels of exertion.

Support and perceived stability

Some garments use compact fabrics, high waistbands or differentiated zones to provide a feeling of support. This can improve perceived stability during movement and reduce the need to keep adjusting the garment.

The level of support should be chosen according to personal preference and activity. A firmer structure may be appreciated during dynamic exercises, while yoga and mobility work may call for a softer and more flexible feel.

Need	Design solution	Possible benefit
Wide range of movement	Multi-directional stretch	Greater freedom during exercise
Heavy sweating	Breathable structure and quick drying	Reduced feeling of dampness
Chafing	Reduced or flat seams	Greater comfort during repetitive activities
Unstable fit	Good elastic recovery and structured waistband	Less need to adjust the garment
Variable temperatures	Fabrics and layers suited to the season	Better thermal comfort management

The evolution of activewear: from the gym to everyday life

Modern activewear is the result of a long and gradual evolution. For centuries, clothing for physical activity was adapted from ordinary garments. Only with the spread of modern sport and advances in the textile industry did products specifically designed for movement begin to emerge.

From organized sport to mass fitness

Between the late 19th and early 20th centuries, the growing popularity of sports made the need for more practical clothing increasingly clear. Garments gradually became less rigid, lighter and more compatible with the movements of the body.

An important turning point came in the second half of the 20th century, when physical activity stopped being reserved mainly for athletes and became part of the habits of an increasingly broad section of the population.

The 1970s and 1980s: the fitness boom

The spread of jogging, aerobics and gym training contributed to the creation of a true fitness wardrobe. Bodysuits, leggings, headbands, leg warmers and stretchy garments became recognizable elements of popular culture.

During this period, aesthetics were highly visible, with bright colors and close-fitting silhouettes, but greater attention to freedom of movement was also beginning to develop.

The 1990s and the development of technical fabrics

In the 1990s, research into synthetic materials and textile constructions accelerated. Sports garments became lighter, more durable and better suited to managing sweat. Technologies developed for professional sport gradually began to reach the general public as well.

The distinction between technical clothing and everyday clothing, however, remained fairly clear. Garments were worn mainly during physical activity and changed after training.

The 2000s: performance, design and specialization

With the beginning of the new millennium, sportswear became increasingly specialized. More products were developed for different disciplines, seasons and intensity levels.

At the same time, design became more sophisticated. Fit, colors and aesthetic details gained importance comparable to technical features. Sportswear thus began to move beyond the gym.

The rise of athleisure

The spread of remote working, less formal professions and lifestyles increasingly focused on well-being accelerated the success of athleisure. Leggings, sneakers, sweatshirts and tops began to be worn for everyday travel, trips and leisure time.

Activewear has therefore evolved into a meeting point between textile engineering and fashion. Modern garments must retain their functions during training while also integrating easily into the wardrobe.

How to choose the right activewear based on your activity

The choice of activewear should begin with the activity itself, not with appearance alone. Intensity, duration, environment, temperature and type of movement determine which features are actually useful.

Before purchasing, it is worth asking yourself:

• how intense the activity will be;
• how much you expect to sweat;
• whether the workout will take place indoors or outdoors;
• which movements will be performed most frequently;
• what level of support you prefer;
• whether the garment will also be worn during leisure time.

Activewear for the gym

Gym training can include weights, machines, cardio, functional exercises and mobility work. For this reason, it is useful to choose versatile garments capable of supporting different movements.

Leggings and cycling shorts should provide good elasticity, sufficiently opaque fabric and a stable waistband. During squats and lunges, it is important for the back area to maintain coverage and stay close to the body without slipping down.

Technical shirts and tank tops should leave the shoulders and arms free, especially during upper-body exercises. Those who perform intense sessions may prefer breathable technical fabrics; softer, less structured materials may also be comfortable for lighter workouts.

Fit depends on individual preferences. A close-fitting garment makes it easier to monitor exercise execution and limits excess fabric near equipment. A relaxed T-shirt, on the other hand, may be preferred by those who want greater coverage.

Activewear for running and walking

Running involves repetitive movements, and chafing can become an issue. Flat seams, lightweight fabrics and a stable fit therefore become especially important.

Shorts, cycling shorts or leggings should stay in the correct position without creating folds. Shirts should help dissipate heat and dry quickly. For longer outings, pockets for small items may also be useful.

For walking at a moderate pace, a lower level of compression may be preferable, although breathability and comfort remain important. Outdoors, clothing should be adapted to the season, using lightweight layers that can be added or removed as needed.

Activewear for yoga and Pilates

Yoga and Pilates require controlled movements, bends, twists and held positions. Garments should follow the body without creating stiffness and without shifting during inversions or floor exercises.

Stretchy leggings with a stable waistband can provide comfort and coverage. The level of support can be moderate, especially when the priority is freedom of breathing and movement in deeper positions.

Sports tops and shirts should stay close enough to the body to avoid falling toward the face during inverted or inclined positions. Seamless constructions can be particularly comfortable when in contact with the mat.

Activewear for light trekking and outdoor activities

During outdoor activities, clothing must adapt to temperature, wind, sun exposure and variations in terrain. Layering remains the most practical strategy.

The layer in contact with the skin should support moisture management. A lightweight insulating layer can be added on top and, when necessary, windproof or waterproof protection.

Leggings, technical trousers and shorts should provide elasticity and durability. On longer routes, cycling shorts or seamless leggings can help reduce friction between the thighs. When exposed to the sun, it is also useful to consider skin coverage and any UV protection declared for the fabric.

Activewear for leisure time

When a garment is mainly used in everyday life, greater emphasis can be placed on hand feel, versatility and styling options. Technical function remains useful, especially on active days, but does not necessarily need to reach the level required for intense training.

Soft sweatshirts, opaque leggings, matching tops and technical shirts can be combined with casual clothing. However, it is advisable not to use a product chosen solely for its fashionable appearance during very intense activities.

Activity	Recommended fit	Features to consider	Breathability
Gym	Stable and stretchy	Coverage, elastic recovery, freedom of movement	Medium or high
Running	Close-fitting and stable	Lightness, fewer seams, quick drying	High
Yoga and Pilates	Flexible and comfortable	Elasticity, softness, stable waistband	Medium
Outdoor	Ergonomic and suitable for layering	Durability, protection, thermal management	Varies according to the season
Leisure	According to preference	Comfort, versatility, aesthetics	Low to medium

Activewear in everyday fashion: the success of athleisure

The arrival of sportswear in everyday fashion is not merely an aesthetic trend. It reflects a broader change in how people experience work, commuting and leisure time.

Modern outfits often need to adapt to different contexts throughout the same day. An activewear set can be worn for a walk, a trip, errands or an informal meeting simply by changing the outer layer and accessories.

Why leggings and sweatshirts are worn outside the gym

Leggings and sweatshirts offer a combination that is difficult to achieve with many traditional garments: elasticity, softness, ease of movement and simple styling.

Improvements in fabrics have also made these products more compact, opaque and structured. Greater attention to proportions, finishes and details has helped move sportswear beyond the image of simple workout clothing.

How to create a balanced athleisure outfit

A well-designed athleisure look combines sporty and casual elements without overwhelming the overall outfit. Technical leggings can be paired with a sweatshirt, an oversized shirt or an unstructured jacket. A sports top can be worn under an open layer, while shorts and relaxed trousers can be coordinated with simple T-shirts.

Color consistency helps make the look more polished. Monochrome sets, neutral shades or combinations of colors from the same family help maintain a harmonious result.

Proportions also play an important role. A close-fitting lower garment can be balanced with a relaxed sweatshirt; wide trousers can be paired with a more fitted top. These are not rigid rules, but useful proportions for creating a balanced outfit.

Activewear and athleisure are not the same thing

An activewear product can be used in an athleisure outfit, but not every athleisure garment is suitable for sport. A casual sweatshirt may reproduce the aesthetics of fitness without offering any specific technical properties. Likewise, fashion leggings may not provide the coverage, elastic recovery or moisture management required for training.

The future of activewear: innovation, sustainability and new fabrics

The future of activewear will be characterized by increasing integration between performance, reduced environmental impact, comfort and personalization. Research is focusing not only on new fibers, but on the entire design and production process.

Recycled materials and more responsible supply chains

The use of recycled fibers can reduce reliance on virgin raw materials, but the sustainability of a garment does not depend on a single characteristic. Material origin, durability, production quality, working conditions, transport, recycling potential and maintenance all need to be considered.

A product that maintains its shape and function over time can reduce the need for frequent replacements. For this reason, durability and construction quality are just as much a part of sustainability as composition.

Short supply chains can also make it easier to monitor production stages and reduce intermediate transport. Textile, environmental and ethical certifications help verify certain aspects of the process, provided they are interpreted according to their specific scope.

Smart textiles and integrated functions

So-called smart textiles include materials capable of interacting with heat, moisture, movement or other stimuli. In the near future, garments with sensors, adaptive structures and systems for collecting information about physical activity may become more widespread.

Part of this innovation, however, is already present in differentiated knit structures. Ventilation zones, more compact bands, elastic structures and support areas can be integrated into the same garment without relying on numerous sewn panels.

Personalized fit

Digital design and new production systems may allow greater personalization according to body shape and type of activity. Not everyone requires the same level of support, the same waistband height or the same distribution of elasticity.

More precise sizing, differentiated fits and clearer information will help consumers identify the right product without relying solely on generic guidelines.

Durability and care as part of the design

The future of activewear will also depend on the ability to extend the useful life of garments. Correct washing information is essential. In general, technical fabrics should be washed at low temperatures, avoiding fabric softener and tumble drying unless expressly permitted.

Fabric softener can leave residues on fibers and alter moisture management. High temperatures can damage elastane and accelerate loss of shape. Proper care therefore protects both the fit and the functional characteristics of the fabric.

Frequently asked questions about activewear

What is the difference between activewear and sportswear?

Sportswear is the general term used for sports clothing. Activewear refers to garments designed to support movement and suitable both for physical activity and for a dynamic everyday lifestyle. The two categories may overlap, but activewear tends to seek a greater balance between technical function, comfort and aesthetics.

Is activewear suitable only for sport?

No. Many activewear garments are designed to be worn during walks, trips, errands and leisure time as well. However, it is important to distinguish versatility from technical suitability: a garment designed mainly for everyday use may not be appropriate for an intense workout.

Which fabrics are best for training in summer?

During warmer months, lightweight, breathable and quick-drying fabrics are generally recommended. Micro-perforated or open-knit structures can help improve ventilation. The choice also depends on the activity: high-intensity training requires greater moisture management than a light walk.

Is a thicker fabric always more opaque?

Not necessarily. Coverage depends on density, knit structure, color, yarn quality and elasticity during stretching. A relatively lightweight but compact fabric may provide greater coverage than a heavier material made with a less dense knit.

How can you recognize high-quality activewear?

It is useful to check fit stability, elastic recovery, consistency of seams, coverage during movement and the clarity of information regarding composition and care. The garment should move with the body without losing its shape, slipping down or creating uncomfortable pressure.

Is seamless clothing suitable for every sport?

Seamless constructions are versatile and can reduce chafing, but they are not automatically the ideal solution for every discipline. The result depends on density, level of support and the design of the individual garment. For some activities, products with strategically placed panels or technical seams may be preferable.

How should activewear be washed correctly?

Always follow the care label. In general, many technical garments should be washed on a gentle cycle at a maximum temperature of 30 °C, without fabric softener and without tumble drying. It is preferable to air-dry the product away from direct heat sources.

After how many washes does a technical fabric lose its effectiveness?

There is no single number that applies to every product. Durability depends on the technology, construction quality, frequency of use and washing method. Functions integrated directly into the yarn tend to be more stable than treatments applied only to the surface of the fabric.

Can supportive clothing make you lose weight?

No. A compact fabric can provide support and temporarily alter the visual perception of the silhouette, but it does not reduce body fat. Weight loss and body recomposition depend on nutrition, physical activity, recovery and individual factors.

Is it worth investing in technical sportswear?

It depends on how often and how the garment will be used. People who train regularly may benefit from better sweat management, greater stability and less chafing. For occasional, low-intensity activity, simpler solutions may be sufficient. The choice should be proportionate to actual needs.

Conclusions: activewear is a design concept, not just a style

Activewear represents one of the clearest meeting points between fashion, materials science and the study of movement. Behind a modern technical garment are decisions concerning fiber, knit structure, elasticity, ventilation, seam placement and intended use.

Understanding these elements makes it possible to move beyond a choice based purely on appearance. A good product does not necessarily have to be the most rigid, the lightest or the most supportive. It needs to be consistent with the activity, season, personal preferences and desired sensations.

For gym training, coverage and stability may be important; in running, lightness and reduced chafing become central; in yoga, flexibility and comfort take priority; in outdoor activities, protection and the ability to adapt to changing weather conditions need to be considered.

Athleisure has also helped make sportswear part of everyday life, but it is essential to distinguish a sport-inspired aesthetic from a garment genuinely designed for physical exercise.

The future of the sector will increasingly focus on differentiated constructions, recycled materials, controlled supply chains, greater durability and fits designed to adapt to individual needs. True innovation does not consist of adding functions indiscriminately, but of designing each element to respond to a specific need.