POC Snowboard

Frequently Asked Questions

• What sets POC helmets apart from other snow helmets?

  POC emphasizes whole‑helmet design backed by FEM analysis and rigorous drop testing, pairing lightweight in‑mold shells with engineered barriers like Aramid Bridge. Their helmets integrate proprietary safety systems such as SPIN (Shearing Pad Inside), RECCO reflectors on select models, and material choices (EPS/EPP/aramid) that together raise protection and durability without sacrificing fit or ventilation.
• How do POC’s materials and construction choices improve protection and performance?

  POC uses EPS for energy absorption, EPP for multi‑impact resilience, and aramid fiber layers as penetration barriers, often combined in in‑mold constructions for low weight and comfort. For body protection POC’s VPD visco‑elastic foam flexes under movement and hardens on impact, while ventilated designs and adjustable fit systems maintain mobility and long‑wear comfort.
• Which POC lines should I consider for all‑mountain, park/ramp, steep/backcountry, and youth riding?

  For all‑mountain versatility consider Fornix; OBEX represents POC’s flagship helmet approaches for advanced, extended‑use riding; Skull Comp models focus on advanced barrier materials and aggressive‑ride performance; POCito is tailored for youth with scaled fit and high‑vis visibility. For back protection look to the VPD System Back line, and pair with Nexal or Clarity‑equipped goggles for optimized visibility.
• How does POC help with visibility and rescue in snowy or low‑light conditions?

  POC emphasizes high‑visibility colorways—particularly on POCito youth gear—and integrates rescue‑minded features like RECCO reflectors on select helmets and LED panel compatibility on some models to aid locating. Their Clarity lens technologies (developed with optical partners) and thoughtful venting also help maintain clear vision across changing light conditions.
• What technologies does POC use to reduce rotational and linear impact forces?

  POC employs SPIN silicone‑lined pads designed to shear and reduce torsional forces during oblique impacts, while VPD foam provides progressive, impact‑hardening protection for linear energy absorption. Those systems are paired with engineered shell geometries and multi‑density liners (EPS/EPP/aramid) informed by FEM testing and real‑world drop protocols to address a range of impact scenarios.