The technology behind a better ride.
Active Noise Filtering
Active noise filtering uses special algorithms and hardware to filter out unwanted sound from the environment. This technology works by analyzing the sound waves around you and then producing an opposite sound wave that cancels out the unwanted wind noise.
By reducing wind noise and other unwanted sound, active noise filtering provides allows you to keep your volume down, and helps to protect your hearing from damage caused by exposure to high levels of noise.
Battery
Rechargeable battery, with 20+ hours of listening time
Speaker Grille
Microphones
Two microphones per ear for ANF
LED Status Indicator
Printed Circuit Board
Advanced digital and analog PCB
Speaker
High-fidelity 36Ω speaker, 20Hz to 20kHz operational range
Battery
Rechargeable battery, with 20+ hours of listening time
Speaker Grille
Microphones
Two microphones per ear for ANF
LED Status Indicator
Printed Circuit Board
Advanced digital and analog PCB
Speaker
High-fidelity 36Ω speaker, 20Hz to 20kHz operational range
Acoustic Design
Custom designed acoustic enclosure to optimize audio performance and bass response
Comfort
The AudyseCORE comes standard with memory foam speaker pads, and offers foam covers for a thinner, seamless install
AudyseCORE Enclosure
Ultraminiaturized, curved for helmet optimized installation
Acoustic Design
Custom designed acoustic enclosure to optimize audio performance and bass response
Comfort
The AudyseCORE comes standard with memory foam speaker pads, and offers foam covers for a thinner, seamless install
AudyseCORE Enclosure
Ultraminiaturized, curved for helmet optimized installation
Artificial Intelligence
AI sound recognition listens to the external sounds while you ride, identifies them, and then passes through the important noise ensuring you have enhanced situational awareness. This allows you to stay alert and safe while enjoying your ride.*in development
Spatial Reconstruction
Spatial audio reconstruction uses advanced algorithms to recreate the sense of directional sound, which is typically lost when wearing a helmet.
Spatial audio reconstruction creates a 3D sound field that simulates the perception of sound coming from various directions allowing you to pinpoint the direction of sound sources in your environment.*in development
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