OBLIK Features


Experience OBLIK’s revolutionary impact protection, engineered for comfort, ventilation, and reduced weight. OBLIK™ technology uses our proprietary modular system to help manage real-world impact forces through advanced helmet engineering.

Load video: Showing how OBLIK 360deg impact management worksLoad video: Showing how OBLIK 360deg impact management works

360° Impact Management

Our patented OBLIK™ impact system enables each modular component to move omni-directionally and respond independently to impact forces. When impact forces exceed a defined threshold, the modules are designed to detach from the base helmet structure, helping redirect and manage energy before it is transferred to the head. This dynamic movement and controlled-release design allows the cycling helmet to respond to impacts from multiple angles, helping manage both rotational and linear forces for enhanced impact protection.

Load video: Animation describing the reinforced layers system in the PIKIO SiLoad video: Animation describing the reinforced layers system in the PIKIO Si

Superior Ventilation

Using modular components allows the cycling helmet to incorporate deep channels throughout the entire interior—something that is nearly impossible in conventional bike helmet designs. These channels enable air to flow more freely across the head, helping to enhance cooling and improve this high airflow helmet ventilation, making it one of the best ventilated helmets available.

Load video: Animation shows cross-section of the PIKIO Si equipped with double-density EPS foam and macro-cavitiesLoad video: Animation shows cross-section of the PIKIO Si equipped with double-density EPS foam and macro-cavities

Dual Density EPS Foam

Impact forces vary in intensity. Bike helmets with single-density foam may perform well in severe impacts but are often less effective in managing moderate impacts—which are more common. By integrating dual-density EPS foam, our lightweight helmet is engineered to respond to a broader range of impact energies, offering more consistent impact protection performance across everyday crash scenarios and reducing potential brain injuries.

Load video: Animation describing the macro cavities system in the PIKIO SiLoad video: Animation describing the macro cavities system in the PIKIO Si

Macro Cavities

Through extensive research in impact mechanics, shock absorption, and bone structure, we discovered that combining micro cavities within the foam with larger macro cavities significantly enhances impact energy absorption.

After testing and refining numerous prototypes, this approach evolved into an advanced helmet structure engineered to optimize how a bicycle helmet responds to real world impact forces. The result is a highly efficient energy management system that delivers substantially improved performance compared to traditional helmet constructions.

Load video: Animation describing the dual density EPS system in the PIKIO SiLoad video: Animation describing the dual density EPS system in the PIKIO Si

Eyewear Dock

The PIKIO Si cycling helmet features an integrated eyewear dock designed from the ground up for serious urban riders. Unlike typical add-on clips or shallow vents, our dock is built seamlessly into the bike helmet structure and provides a convenient and stable place to store your sunglasses during climbs, coffee stops, or cloudy moments—perfect for bike helmets with sunglasses compatibility. Developed after extensive testing and rider feedback, this purpose-built innovative helmet design combines function and style while ensuring compatibility with most performance sunglasses and maintaining the helmet's clean aerodynamic profile.

Load video: Animation describing the reinforced layers system in the PIKIO SiLoad video: Animation describing the reinforced layers system in the PIKIO Si

Reinforced Layers

Foam materials like expanded polystyrene (EPS) are inherently fragile, so careful innovative helmet design is essential to ensure structural integrity. Traditionally, bicycle helmets are made thicker to improve strength, which adds weight. Our research showed that by integrating a strategically placed polycarbonate reinforcement layer, we could significantly increase structural strength while using less material—resulting in a lightweight helmet that is both lighter and more robust.

White PIKIO Si Helmet rendering on a light gray background

Lightweight

By combining macro-cavities, dual-density foam, deep ventilating channels for high airflow, and reinforcing layers, we've created a cycling helmet that significantly reduces weight while maintaining high performance. This integrated innovative helmet design approach allows for a lightweight helmet without sacrificing strength, comfort, or impact protection response—making it one of the best rated bike helmets for serious riders.

Black helmet PIKIO Si helmet on grass

Eco Conscious Design

Our goal has been to design a lightweight helmet that reduces material use without compromising impact protection performance. By optimizing the structure and integrating macro-cavities and dual-density foam through our helmet design approach, we've reduced EPS usage by up to 20%. Less foam means less waste, because we believe smarter innovative helmet design leads to a higher-performing cycling helmet and a healthier planet.

Close-up of the IONIC + padding.

ionic+® Antimicrobial Padding

The PIKIO Si cycling helmet features ionic+® Mineral Fabric, a silver-ion antimicrobial technology integrated directly into the helmet padding. Designed for performance-demanding sport activities, ionic+® helps reduce odor-causing microbes, keeping the helmet interior fresher and more comfortable during extended and high-intensity rides.

Because the antimicrobial technology is embedded within the fibers, it is designed to remain effective over time and can help reduce the need for frequent washing as part of proper helmet care. Certified to OEKO-TEX Standard 100 and registered with the United States Environmental Protection Agency, ionic+® supports a high standard of hygiene and material responsibility.