FLOKY Biomechanical Hyper Woman Leggings

The Floky Biomechanical Hyper Woman Leggings are the first biomechanical women’s leggings ever developed, engineered to provide graduated compression and advanced structural support across the most important muscle groups and joints of the lower body during physical activity. Studied in depth by Floky to improve muscle stability, maximise performance, and reduce recovery times, these leggings go far beyond conventional compression wear. Every application, pattern, and zone within the Hyper Woman has been designed with a specific biomechanical function, from dissipating vibrations in the hamstrings and glutes to stabilising the knee joints, supporting the hip rotators, stimulating the lymphatic system, and accelerating deep tissue recovery through bioceramic FIR yarn. For active women who take their training, performance, and recovery as seriously as they take their results, the Hyper Woman is the most technically complete and functionally advanced legging available.

Stability and Vibration Management

The Print Stability System Grip uses biomechanical applications distributed across the leggings to dissipate vibrations generated during physical activity, reducing muscle overloads and ensuring a better and more efficient balance between the glutes and hamstrings. Vertical slit biomechanical applications further break up and manage vibrations through a different mechanical approach, reducing the energy expenditure of the muscles during activity and delaying the onset of fatigue. Together these two stability systems work to keep the working muscles performing at a higher level for longer by reducing the cumulative mechanical stress that accumulates during intensive training and competition.

Graduated Compression and Lymphatic Support

The Hyper Woman uses a differentiated graduated compression system that improves venous circulation and actively supports the lymphatic system throughout wear. This targeted compression accelerates post-activity recovery by promoting the return of blood and lymphatic fluid from the lower extremities towards the heart, reducing swelling and the build-up of metabolic waste products in the muscles after training. Compression applied in the pelvic triangle zone contributes to preventive actions against the possible onset of sports hernia, providing a practical protective benefit in one of the most vulnerable anatomical zones for active women.

Biomechanical applications across specific points of the legging generate additional graduated compression that stimulates the lymphatic system directly, promoting the absorption of intra-tissue water retention and reducing post-exercise puffiness and heaviness in the legs and lower body.

Gluteal Stabilisation and Lower Back Support

Functional applications on the glutes, lower back, and thighs provide targeted structural support to these muscle groups during activity, contributing to preventive actions against potential hamstring injuries through a reduction of vibrations and mechanical stress in the posterior chain. Biomechanical applications positioned at the centre of the glute directly support the work of the gluteal muscles during training movements, improving the efficiency of glute activation and reducing the compensatory loading that can contribute to injury in the surrounding structures.

Hip Support and Stabilisation

Biomechanical applications that cross at the level of the trochanteric head of the hip ensure greater stabilisation of the hip joint during movement. This targeted hip support reduces the probability of issues developing in the intra- and extra-rotator muscles of the hip, which are commonly placed under high stress during lateral movements, changes of direction, and explosive athletic actions that characterise a wide range of women’s sports and training disciplines.

Knee Stabilisation

The crisscross system of biomechanical applications that wraps around the knee joints manages and controls knee movement during activity, protecting against possible sprains and preserving the cruciate ligaments, cartilage, and menisci from the rotational and impact forces that accumulate during athletic training and competition. This knee stabilisation system provides meaningful protective support for one of the most injury-prone joints in the female athlete’s body without restricting natural movement or range of motion during activity.

FIX System and Comfort

The special non-slip internal applications on the elastic bands in the waist area form the FIX System, securing the legging firmly to the body and preventing it from moving or sliding down during use. This ensures that all the biomechanical applications remain correctly positioned throughout the session, preserving their correct tensions and ensuring all biomechanical functions are active and effective from start to finish. Without this system, movement of the garment would compromise the functional alignment of the applications and reduce their protective and performance benefits.

Bioceramic FIR Recovery

Bioceramic yarn is integrated into the fabric of the Hyper Woman to provide advanced deep tissue recovery support throughout wear. The bioceramic compounds absorb the natural body heat of the wearer and convert it into Far Infrared Ray radiation, which is returned to the skin and penetrates into the subcutaneous layers of tissue. This FIR radiation stimulates the microcirculatory system at a deep level, strengthening metabolic processes, promoting cellular regeneration, and accelerating the elimination of metabolic waste products from the worked muscles. This continuous recovery support operates throughout the time the leggings are worn, making every rest period and post-training session an active contribution to faster and more complete physical recovery.

Key Technologies and Features

• Print Stability System Grip for vibration dissipation and glute-hamstring balance
• Graduated differentiated compression for improved venous circulation and lymphatic support
• Vertical slit biomechanical applications for vibration breaking and fatigue delay
• Gluteal centre applications for structural glute support and hamstring injury prevention
• Functional applications on lower back glutes and thighs for posterior chain protection
• Hip crisscross applications for trochanteric stabilisation and hip rotator protection
• Knee crisscross stabilisation system for ligament cartilage and meniscus protection
• Pelvic triangle compression for sports hernia prevention
• FIX System non-slip waist applications for secure positional stability throughout wear
• Bioceramic FIR yarn for deep tissue microcirculation stimulation and accelerated recovery
• First biomechanical women’s legging ever developed

Specifications

• Product type: Biomechanical Women’s Leggings
• Gender: Women
• Technologies: Print Stability System Grip, Graduated Compression, Vertical Slit Applications, Gluteal Applications, Hip Support Applications, Knee Crisscross Stabilisation, FIX System, Bioceramic FIR Yarn, Lymphatic Stimulation
• Compression
• Key benefits: Muscle Stability, Graduated Compression, Gluteal Stabilisation, Knee Stabilisation, Hip Support, Lymphatic Support, Sports Hernia Prevention, Bioceramic Recovery
• Use: Training, Competition, Post-Activity Recovery
• Collection: Floky Biomechanical Hyper Woman