Home UncategorizedBarocon: The Ultimate Lightweight Full-Face Helmet

Barocon: The Ultimate Lightweight Full-Face Helmet

by VeloMagster

Kask rowerowy Full Face POC Coron Air MIPS | CentrumRowerowe.plPOC has unveiled the Barocon Carbon, a cutting-edge full-face helmet engineered for the rigorous demands of modern downhill racing. This helmet seamlessly integrates advanced safety features, lightweight construction, and optimal ventilation, setting a new standard in protective gear.

Innovative Construction and Safety Standards

The Barocon Carbon boasts a carbon shell fused with a multi-density EPS liner, a design that enhances impact absorption while maintaining a lightweight profile. Notably, this helmet meets the stringent US motorcycle safety standard, DOT FMVSS 218, underscoring its superior protective capabilities. (pinkbike.com)

Lightweight Design

Weighing in at just 1,040 grams, the Barocon Carbon offers a balance between robust protection and comfort, reducing neck fatigue during intense rides. (pinkbike.com)

Enhanced Ventilation

Designed with strategic ventilation channels, the helmet ensures optimal airflow, keeping riders cool and focused during high-speed descents. (poc.com)

Additional Features

  • Magnetic Visor Attachment: Allows for quick adjustments and secure positioning.

  • MIPS Evolve System: Provides rotational impact protection, enhancing safety during crashes.

  • Double D-Ring Closure: Offers a secure and adjustable fit for various head shapes.

Compatibility with POC Zygon Goggles

The Barocon Carbon is designed to pair seamlessly with POC’s Zygon goggles, offering a wide field of vision and a secure fit, enhancing the overall riding experience.

Pricing and Availability

The POC Barocon Carbon is priced at $880, with the Zygon goggles available for $130. For more information, visit POC’s official website. (poc.com)

In summary, the POC Barocon Carbon helmet combines advanced safety features, lightweight design, and superior ventilation, making it a top choice for downhill riders seeking optimal protection and performance.

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