adidas X SpeedPortal: Enhanced Speed Boot with New Stability Features
The latest adidas X SpeedPortal brings meaningful upgrades to the brand’s speed boot range. The upper, soleplate, and overall fit have been refined to impr

The latest adidas X SpeedPortal brings meaningful upgrades to the brand’s speed boot range. The upper, soleplate, and overall fit have been refined to improve grip, lateral support, and responsiveness. Below we break down the key changes.
Upper Updates: Primeknit with Added Structure
Primeknit remains the primary material, now featuring a slightly stiffer coating. This adjustment increases grip and gives the boot more structure compared to the previous version.
]
New EVA strips sit at the end of the laceless adjustment area. These strips provide extra support and help secure the foot during lateral movements, an important feature for a laceless design. The inside of the upper also includes a spike-shaped pattern for additional grip.
]
]
Speedframe Soleplate and Carbon Fiber Responsiveness
The new Speedframe soleplate is a defining element of this speed boot. It modifies the stud layout while retaining the silo’s core identity. The Carbitex carbon fiber plate is slightly larger than before, making it one of the most responsive plates on the market.
]
Triad studs include two small central studs that improve traction when turning and accelerating at high speed. Stability wings – two side strips not seen on previous models – add further support and secure the foot, especially during running.
]
]
Wider Silhouette for Improved Comfort
The overall shape has been slightly widened, providing more room in the toe area. This creates a more neutral fit that enhances structure, touch, and traction. These changes represent a solid step forward for adidas’ fastest boot.
Related search topics
- newest adidas shoes
- adidas neo vs adidas originals
WhatsAppLooking for affordable football boots and jerseys made in China?
Message us on WhatsApp at +86 151 6027 2505, or find us on Instagram at @luxurycoca.
Instagram