HP5.85 full-face helmet Matt Black Bestseller
Il prezzo originale era: 169,00 €.67,60 €Il prezzo attuale è: 67,60 €.
Descrizione
HYP HP5.85
The HYP HP5.85 full-face helmet is designed for those seeking the perfect balance between touring comfort and sport riding performance.
Constructed with a MFS- Multifiber shell, it offers maximum protection, with an aerodynamic design and high-quality finishes.
Thanks to its wide field of vision, scratch-resistant visor designed for Pinlock®70 MaxVision (included) and integrated VPS sun visor, it guarantees visibility and comfort in all conditions.
The interior, which is completely removable and washable, is made of hypoallergenic fabric to keep you cool even on the longest rides.
Optimised ventilation with front air intakes, rear extractor and chin guard ensures effective airflow even at high speeds.
The emergency cheek pad release system, double ring closure and HYP Ultracom by Midland intercom readiness complete a helmet designed for those who love to rack up the miles without compromise.
TECHNICAL FEATURES:
– MFS- Multifiber shell available in 2 sizes
– Weight: 1450 ± 50 g / 1550 ± 50 g depending on size
– ECE 22.06 P approval
– Double D-Ring closure
– Multi-density EPS for improved protection
– Removable and washable interior (cheek pads, upper shell and chin strap)
– Hypoallergenic Coolmax® inner fabric
– Scratch-resistant transparent visor with wide field of vision
– Pinlock®70 MaxVision DKS452 (included)
– Integrated retractable VPS sun visor
– Emergency cheek pad release system
– Aerodynamic rear spoiler
– Front air intakes, chin guard and rear extractor
– Ready for HYP Ultracom by Midland intercom
Be prepared for every journey with maximum safety and comfort: buy the HYP HP5.85 helmet now!
ADDITIONAL INFORMATION ABOUT THE HELMET MATERIAL
MFS- Multifiber shell
Hyp’s latest advancement in multi fiberglass shell technology utilizes a high-tech manufacturing process, in which fiber reinforcements are formed under precisely controlled temperature and pressure parameters. The result is a shell structure with reduced mass, increased mechanical strength, and improved durability and performance characteristics.





