The O1 offers everything you'd expect of a modern hi-tech helmet
Maximum safety thanks to the helmet shell made of glass fiber matrix, and ultimate wearing comfort due to a unique lining concept.
- Stylish: nine eye-catching patterns and three plain colors
- Seamless: a seamless lining ensures superior wearing comfort
- A great fit: three shell sizes and six helmet sizes for the perfect fit
- Innovative lining: fewer pads for improved head ventilation
A precise fit, a secure fit
The motorcycle helmet complies with test standard ECE R 22.05 as well as DOT, which means it can be used throughout Europe and the USA. The O1 is available in sizes XS to XXL. This is suitable for a head circumference range from 53 to 63 centimeters.
High Tech where safety is concerned: The helmet shell
The unique manufacturing methods used for helmet shells at SCHUBERTH keep the weight low, whilst retaining optimum stability. Direct Fibre Processing (DFP) is an innovation developed by SCHUBERTH.
It involves an endless glass fiber being cut into pieces by a robot and blown into a mould. A precisely defined quantity of resin is added to the preform and it is then compressed at high pressure in a heated mold to create an exceptionally high-strength helmet shell. The multi-part construction of the inner lining allows for outstanding force absorption, thereby enhancing safety.
The smallest version of the SCHUBERTH O1 (XS) weighs in at just 1100g. The helmet shell is made from a modern glass fiber matrix and comes in three different sizes to fit a variety of head shapes.
Available in nine eye-catching patterns and three plain colors, in sizes XS to XXL.
Ergonomically shaped ShinyTex® padding for better head ventilation - seamless, highly functional and breathable, detachable and washable, as well as certified in accordance with Öko-Tex 100.
Superior Aerodynamic & Acoustic properties
A quiet helmet with excellent aerodynamic properties.
The form of the O1 was developed in SCHUBERTH’s in-house wind tunnel. The resulting design fulfills today’s standards in aerodynamics and aeroacoustics.