What is a functional material?

The mineral component of the Back on Track textile technologies is responsible for the effect of infrared energy (FIR). However, a textile technology can then be applied to a variety of different functional fabrics.

When choosing our materials, their own built-in properties are of paramount importance. Modern materials devised for advanced applications are often developed by engineers and experts in materials science. Our combination of these different characteristics creates a unique end product.

Back on Track MIPS Helmet testing

Mips®

Safety has been our focus since we first started making helmets. Our riding helmets are equipped with Mips® - visible as a yellow shell under the liner.  

A standard riding helmet protects the head by absorbing the energy of a hard hit using several layers of material. The shock is spread through the protective layers and distributed over the helmet. But a blow from the side also causes the head to be violently jolted. This exposes the brain to high energy rotational forces. Since the brain is particularly sensitive to deformation of this type, it can lead to internal tearing of the tissues.  

Mips consists of a layer that can move slightly independently of the helmet. This enables the system to compensate somewhat for the forces that result from an oblique impact. Thanks to these qualities, Mips can help mitigate the consequences of an accident.

Airtech product close up example of material

Airtech™

The Airtech™ technology enables exceptional breathability and reduces the risk of overheating - without affecting other properties. Airtech™ is a name given to any combination or assembly of several materials that together allows a lot of air to pass through the end product - by being highly breathable, by containing openings, mesh or perforations or by creating air pockets. The circulation of air will make the products comfortable to wear in even hot conditions. 

The collection called Airflow contains a range of different products designed to provide this effect, for example saddle pads, exercise boots and brush boots for horses.

Power Waffle material close up example

Power Waffle™

Power Waffle™ is a moisture-wicking and quick-drying fabric with a waffled structure, often used for lining saddle pads. We call the material Power Waffle™, because it provides the most powerful reflection of FIR among all our materials.  

The properties are due to a very high content of minerals, which are fused into the fabric’s threads during the manufacturing process. The waffled 3D structure amplifies the FIR effect by simply accommodating more minerals in a given area. 

The chosen functional fabric is also highly breathable and because of the structure, it also creates very small air pockets that allow air to circulate.

Coolmax material example behind coolmax logo

CoolMax™

Coolmax™ is a moisture-wicking, quick-drying material we use to make our helmet liners. The structure of the textile fibres as well as the weave of the fabric allows for efficient evacuation of heat and moisture, keeping the surface closest to the skin cool and comfortable.