adidas Supernova Glide M Running

Textile: The textile upper of the sneakers is lightweight, breathable and comfortable, ideal for everyday wear and sports. It ensures air circulation, keeps feet fresh and adapts to their shape. Often complemented with synthetic or rubber details for durability and support.

Engineered mesh: Advanced technical knit designed to serve different functions in various parts of the shoe. Unlike traditional mesh, this material is made with variable fiber density from a single piece of fabric. In areas where the foot needs stability (e.g., around the heel), the knit is dense and firm. Conversely, in zones with high thermal load (e.g., over the toes), the knit's openings are larger for maximum breathability. The result is a seamless construction that minimizes the risk of chafing, maintains shape, and rapidly wicks moisture away from the foot.

Regular

BOOST: Revolutionary adidas cushioning technology, made from thousands of expanded thermoplastic polyurethane particles. This material has defined a new era of running thanks to its extreme energy return and ability to absorb shock while maintaining high reactivity. Unlike conventional foam, boost remains soft and flexible in all temperature conditions. It provides runners with a feeling of endless energy, maximum comfort and stability, making it the ideal choice for training and distance running.

adiPRENE: adidas adiPRENE® technology is a highly functional material located in the heel of the midsole. It is designed to reduce the load on the joints during the stride by absorbing much of the energy and cushioning the impact shock. In this way, it helps reduce the risk of joint injury and increases comfort when walking or running.

adidas Torsion® System: A lightweight thermoplastic arch in the middle of the sole that serves as a stabilizing bridge between the heel and toe. Its main function is to allow the forefoot and rearfoot to move independently of each other, mimicking the natural mobility of the foot. This technology provides arch protection, prevents unnatural twisting of the foot and ensures a smooth transition from heel to toe. The result is greater stability, less fatigue and more effective support during running and walking.

Dreamstrike: It is often constructed as a blend or modified EVA foam (ethylene vinyl acetate) that is designed to mimic the properties of premium foams, but with an emphasis on greater stability and durability. It provides solid cushioning and comfort that is predictable and firmer, which suits runners who don't like an overly "spongy" or unstable feel underfoot.

Rubber: The rubber sole is a traditional and highly reliable element in the construction of footwear, valued especially for its extreme mechanical resistance and grip. This contact layer is made of natural or synthetic rubber, which is characterized by its high density and elasticity. Due to its physical properties, it provides excellent traction on a wide range of surfaces, from smooth asphalt to unpaved terrain. In addition, the rubber is naturally waterproof and resistant to temperature fluctuations, ensuring stability and a secure stride in a variety of climatic conditions.

Continental™: A technological leader in the production of high-performance soles for outdoor and running shoes. This premium rubber compound, developed by tire experts, guarantees 30% more grip on wet and dry surfaces compared to conventional materials. Continental™ soles provide uncompromising stability, efficient energy transfer and exceptional abrasion resistance, making them the ideal choice for demanding terrain and dynamic movement on asphalt.

Adiwear: Extremely durable, high-density rubber compound used by adidas for stressed areas of the sole. This technology was developed with a focus on minimising abrasion (wear) when in contact with hard and rough surfaces such as asphalt, concrete or tennis courts. The Adiwear material provides an ideal balance between mechanical strength and grip, ensuring stable traction throughout the life of the shoe. Due to its durability, this compound is a key element in models where extreme friction occurs, especially in the heel and toe area.