Engineered for ROAD riders and developed from top‑level racing, the Supertech R Vented motorcycle boots deliver track‑ready performance in warm conditions. Featuring a ventilated microfiber chassis, separate bio‑mechanical inner bootie, TPU shin plate with replaceable sliders, and co‑injected TPU/aluminum toe slider, these boots are CE EN13634:2017 certified. Expect secure peg grip, precise bike feel, and personalized fit from the rubber sole, medial microfiber panel, and micro‑adjustable ratchet with easy‑entry zipper.
KEY FEATURES
TPU shin plate: redesigned for greater impact absorption to improve abrasion resistance in a key strike zone.
Replaceable shin slider: adds an extra layer of abrasion protection and serviceability.
TPU stretch panel with zip: makes entry/exit easier while delivering a closer, more optimized fit.
Zipper keeper hook-and-loop: secures the puller zip in position for a locked-in closure.
Micro-adjustable top ratchet: fine-tunes cuff tension for a personalized, race-ready fit.
Perforated microfiber upper: laser-perforated zones boost breathability while maintaining abrasion resistance and flexibility.
Front flex area protection: updated design improves impact and abrasion performance while preserving natural fore–aft movement.
Front flex area ventilation: increases airflow for additional breathability.
Rear stretch bellow: redesigned in stretch microfiber to enhance natural forward and back movement.
Top gaiter with TPU over-injection: improves grip and handling at the opening for a more secure seal.
PROTECTION
New synthetic microfiber panel on the medial side for enhanced abrasion resistance.
New TPU shifter for increased protection on the lower medial side.
Inner bootie equipped with a new external toe area with soft TPU reinforcement for superior impact protection, plus additional ankle padding for greater protection.
CE marked in accordance with European statutory law; standard: CE EN13634:2017.
Replaceable co-injected TPU/aluminum toe slider with an easy screw system that protects the toe area against abrasion.
New replaceable heel plate slider design offers increased sliding performance and protection in the event of a crash.
CONSTRUCTION
Sole constructed using a lightweight rubber compound with a wear-resistant formulation for low weight and durability.
Separate, internally updated bio-mechanical inner bootie constructed from 3D mesh for structural support.
