POC Ventral Tempus SPIN Road Helmet

Ventral Tempus SPIN is a POC helmet specially created to keep you protected during winter training.

This model has a covered shell that keeps your head protected from different weather conditions: wind, rain and snow. Inside, you will feel comfort due to its silicone pad technology.

The POC protection system has reflective details that keep you visible in low light conditions as a safety measure. The version is available in fluorescent orange. Its adjustment system is 360 °.

Get the edge on the conditions on winter training rides with the Ventral Tempus SPIN.

-Product Highlights.

-Fully covered shell gives wind, rain and snow protection.

-Includes spin (shearing pad inside), our patent-pending silicone pad technology.

-Optimized high-performance eps liner.

-Fully wrapped unibody shell construction.

-Product Description:

-Get the edge on the conditions on winter training rides with the Ventral Tempus SPIN.

With the same trusted protection and fit as the Ventral Air SPIN, and with the addition of a fully covered shell for complete wind and rain protection, this helmet is ideal for winter training.

-Winter training helmet.

-With a completely covered shell, the Ventral Tempus SPIN cycling helmet gives protection from wind, rain and snow. Available solely in a highly visible fluorescent orange and featuring reflective detailing, the helmet works to ensure you are easily noticeable in low light. As with its sister helmet the Ventral Air SPIN, the Ventral Tempus SPIN features an optimized EPS liner for low weight, a fully wrapped unibody shell and SPIN (Shearing Pad INside), our silicone pad technology.

-Technical Details:

-SPIN Technology.

-Patent pending SPIN (Shearing Pad Inside) pads.

-Aerodynamic Testing.

-Unique design optimized with CFD testing for aerodynamic performance and minimal air turbulence.

-Item No.:10691.

-Construction &amp.

Liner.

-High-performance EPS Line.

-Fully wrapped unibody shell construction.

-Venturi effect.

-Accelerated airflow zones, inspired by the venturi effect, to reduce fluid drag.

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