Ski Helmet Buying Guide

In-mould construction uses a tough outer shell (usually Polycarbonate) fused to the helmet’s impact-absorbing foam liner, for good durability without excess weight. This construction enables brands to use more intricate designs and add better ventilation systems.

Hard shell helmets use a durable ABS plastic outer shell and a lightweight foam liner bonded together. This type of helmet tends to use simpler venting systems and weight a little more, but they are great value and hard-wearing.

Hybrid construction combines in-mould and hard shell builds, providing a great balance of durability and weight.

MIPS (Multi-directional Impact Protection System) is not a construction as such but an integrated safety feature. MIPS reduces rotational forces on the brain caused by angled impacts to the head. In a MIPS helmet, the shell and the liner are separated by a low friction layer. During an angled impact or fall, this layer allows the helmet to slide relative to the head, deflecting energy away.

Venting allows cool air to get to your head as it warms up while skiing. More vents generally mean increased airflow. There are two types of venting systems, passive and active. Passive vents are not adjustable while active vents can be adjusted allowing airflow regulation throughout the day, depending on the conditions.

Most helmets now use an adjustable fit system, usually a small dial at the back allowing you to tighten or loosen it. A few use an auto-adjust system, normally a thick elasticated band at the back which helps create a snug fit. Not many have no adjustment at all, although these may include an extra padding set to create a snugger fit.