DMT Pogis Superlight 2026 Shoes

Description

The DMT Pogi’s Superlight are ultra-lightweight, high-performance cycling shoes designed for competition and developed in collaboration with Tadej Pogacar. The aerodynamic design, 3D mesh upper, and super lightweight, ultra-rigid carbon sole ensure maximum efficiency, comfort, and speed.

TECHNICAL FEATURES:

• 3D Full Engineered mesh upper: 15% lighter than the previous model, breathable and snug.
• Exclusive DMT Superlight carbon sole for maximum stiffness and power transfer.
• Quick closure with integrated AeroSafe pocket, redesigned for a cleaner aerodynamic profile.
• Replaceable rear rubber cleats with dual-compound for excellent walking.
• Advanced aerodynamic design with streamlined low-friction structure.
• 195 g weight in size 42.

SUPERLIGHT CARBON SOLE FOR MAXIMUM POWER TRANSMISSION

The new Superlight sole, fully developed within DMT’s “Carbon” division, represents a concrete evolution in technology applied to high-performance cycling. Made with a high-stiffness carbon monocoque structure, it ensures direct and responsive power transfer. The reduced stack height, with optimized foot-pedal distance, improves biomechanical efficiency and pedaling sensitivity. All this in an extremely lightweight configuration, designed to meet the demands of the most demanding athletes in terms of speed, control, and responsiveness.

OPTIMIZED AERODYNAMIC DESIGN FOR MAXIMUM SPEED

The streamlined silhouette reduces air resistance and improves aerodynamic efficiency with every pedal stroke. The AeroSafe pocket opening, strategically repositioned, allows laces to be stored securely and neatly, contributing to a cleaner and more consistent airflow. Every detail has been designed to promote air penetration and maintain maximum stability even at high speeds. The result is a shoe designed not only to cut through the wind but to transform every watt into pure thrust, with zero loss and maximum performance.

THE 'LIFE-SAVING' ICE-KEY TAG DEVICE

The left shoe contains an NFC through which, in case of emergency, rescuers can immediately identify the injured person, access their personal data, and especially know their clinical information (blood type, allergies, ongoing treatments, illnesses, etc.). Through an app, the athlete can enter all their personal and medical data and upload any documents (ID card, driver’s license, etc.). They can also store emergency contact numbers with whom they can share their location in case of SOS.

Technical Details

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