Specialised synthetic fibre technology. The fibres form a structure with hollow channels, providing down-like insulation. The result is insulation with excellent insulating properties, but also extremely lightweight and moisture-wicking.

The harness's carry strap is made up of two risers and an inner layer of padding to ensure adequate comfort, especially under load.

A system in Rossignol ski boots that allows flex adjustment. This gives the user the chance to adjust the hardness of the boot to suit their current skills and riding conditions. Adjustment is made by changing the settings and number of screws on the back of the boot.

Dual Pivot technology involves placing the attachment points far apart, creating a mechanical advantage. As a result, energy is amplified and power is better distributed over the entire length of the boot, rather than just a concentrated section. The end result is increased efficiency and control when skiing.

Suspension Blade technology, used in Lange ski boots, is an innovative design that allows the upper and lower parts of the boot to be seamlessly connected, providing simultaneous movement of both parts. The result is not only better cushioning and shock absorption, but also increased energy while skiing.

The Assisted Performance System is a technology that combines an innovative double pivot and cushioning to increase skiing performance and comfort. As a result, it allows up to 26% more rebound with less energy and physical resources.

Auxetic technology enables the material to be transformed from a flat form into a spatial structure by means of a thermal shaping process. This allows the material to better mimic the contours of the foot, resulting in improved comfort and customisation.