AIR THRU PORT
The AIR THRU PORT helps streamline the flow of air over the helmet, reducing turbulence and drag. it’s designed to reduce wind resistance and improve stability, especially at highe speeds. By enhancing the helmet’s aerodynamics, the AIR THRU PORT contributes to a smoother, more efficient riding experience.
VORTEX GENERATOR
The VORTEX GENERATOR creates avortex effect to ensure a
smooth and stable ride.
VISOR LOCKING SYSTEM
introducing our patented Visor Locking System the Secured Semi and Full Locking System for Helmet Visors. Engineered with the highest safety in mind, this innovative system ensures your protection while enhancing your riding experience. With our reliable and versatile locking mechanism, you can ride with confidence, knowing that your visor is securely locked in place. Trust in our patented technology to elecvate your safety on the road.
AIR THRU PORT
The AIR THRU PORT helps streamline the flow of air over the helmet, reducing turbulenceand drag. it’s designed to reduce wind resistance and improve stability, especially at highe speeds. By enhancing the helmet’s aerodynamics, The AIR THRU PORT contributes to a smoother, more efficient riding experience.
HEAT AIR BYPASS SYSTEM
Experience ultimate riding comfort with the HEAT AIR BYPASS SYSTEM. Precision engineered vents regulate temperature on the road ahead.
VORTEX GENERATOR
it generates a vortex effect, ensuring a smooth and stable ride. Unleash your inner road warrior and make a statement with the Bilmola Helmet Nex, where uncompromising style meets unrivaled performance on the asphalt.
EPS [ EXPANDED POLYSTYENE ]
EPS BY POLYSOURSE USA
Epsilyte’s POLYSOURCE is a versatile material with high-impact protection and excellent durability. Produced using proprietary techonology at our manufacturing facility in Piqua, Ohio, POLYSOURCE has an expanded density three times higher than other grades, making it the perfect material for safety helmets.
3D CONTOUR
PADDING
3D CONTOUR SHAPE
The integration of a 3D contour shaoe on cheek pads in helmets is a significant advancement that aims to provide maximux comfort to the wearer. By shaping the sponge material to match the natural contours of the cheeks, the helmet achieves an evenly distributed compression that avoids excessive pressure on specific areas. This design allows for a comfortable fit without compromising stability and ensures a pleasant riding experience by minimizing discomfort, enhancing breathability, and providing a secure fit throughout the journey.
VARIOUS SPONGE DENSITY
The use of different sponge densities in helmet paddin soft, medium and hard facilitates progressive compression for optimal comfort. The soft layer provides intial cushioning and comfort to the head shape, follwed by the medium layer that offers a balance of support. Finally, the hard layer ensures structural integrity and enhanced impact resistance. This sequential squeezing of the layers creates a customized fit and maximizes comfort while maintaining safety during helmet use.
SINGLE LAYER ( SL )
Single layer helmet padding consists of a single spomge layer throghout the interior of the helmet. While it provides a basic level of comfort and cushioning, it may lack the ability to conform precisely to the shape of your head. The density of the single layer may be uniform, resulting in a consistent level of compression.While suitable for certain applications, it may not offer the same level of comfort and customization as multi-layered options.
DOUBLE PROGRESSIVE LAYERS
( DPL )
Double layer helmet padding incorporates an additional layer of sponge material for improved comfort and fit. The two layers may have different densities, allowing for a better balance between support and cushioning. This design can enhance the helmet’s ability to conform to the shape of your head and provide a more comfortable fit compared to single layer padding.How ever, it may not offer the same level of progessive compression as tri-layer padding.
TRI PROGRESSIVE LAYERS ( TPL )
Tri- layer helmet padding represents a significant advancement in comfort and perfomance. With three distinct layers of sponge material, it provides progessive compression and superior customization. The innermost layer, typically the softest, molds to the contours of you head, offering initial cushioning. The intermediate layer strikes a balance between comfort and support. The outer layer. usually thedensest, provides structural intergrity and additional protection. This combination ensures a comfortable fit that gradually adapts to your head shape, resulting inenhanced comfort and impact distribution.