360° Microphone-Level Acoustic Control
Instead of treating the entire room, the Eyeball controls reflections directly around the microphone, helping you capture more voice, less room, and a cleaner, more consistent recording.
Science behind it
Instead of treating the entire room with wall panels or a full vocal booth, the Eyeball reduces reflections before they reach the microphone, helping you capture a cleaner, more controlled, and consistent recording.
Focused Vocal Path
Your voice travels through a controlled front opening toward the microphone capsule, helping capture a more direct, focused vocal signal.
Science behind it
The primary cavity creates a controlled sound path for the direct vocal, while a second intersecting cavity accommodates and positions the microphone. Together, the two cavities help align the capsule with the vocal path while reducing unwanted reflected sound from surrounding directions.
Acoustic Cavity Design
The spherical cavity helps create a more controlled acoustic environment around the microphone, reducing unwanted reflections and supporting a cleaner, more focused vocal.
Science behind it
The spherical form helps avoid the hard parallel surfaces found in box-style shields. This reduces the risk of unnatural internal reflections and helps maintain a more open, natural vocal tone.
Engineered Acoustic Material
Kaotica uses specialized open-cell acoustic material to absorb and control vocal reflections around the microphone.
Science behind it
The open-cell structure allows sound energy to enter the material, where some of that energy is dissipated instead of reflecting back toward the microphone. Its density, porosity, and shape are engineered to help control reflections while preserving a natural vocal tone.
Consistent Acoustic Environment
The Eyeball creates a repeatable acoustic space around your microphone, helping your recordings stay more consistent even when the room changes.
Science behind it
By controlling the microphone’s immediate acoustic environment, the Eyeball reduces how much different walls, desks, ceilings, and room sizes influence what the microphone captures. This helps maintain a more predictable direct-to-reflected sound balance from one recording space to another.
Complete Acoustic System
Every part of the Eyeball works together to control what reaches the microphone. The cavity design, engineered acoustic material, focused vocal path, and microphone positioning combine to capture more direct voice, less room, and a cleaner, more consistent recording.
Science behind it
No single element creates the result on its own. The Eyeball combines acoustic geometry, material science, and microphone positioning to control reflections around the capsule while maintaining a clear path for the direct vocal.
Mic-Specific Fit
Kaotica is designed around different microphone types so the microphone sits properly inside the acoustic environment.
Science behind it
Mic placement matters. The relationship between the capsule, cavity, front opening, and acoustic material affects how consistent and clear the captured sound will be. Proper fit helps keep the capsule in the right position for cleaner vocal capture.
Integrated Silicone Pop Filter
The removable silicone pop filter helps control plosives from sounds like P, B, and T while staying durable and easy to clean.
Science behind it
The pop filter helps slow and diffuse bursts of air before they hit the microphone capsule.
This reduces low-frequency plosive impact while helping preserve vocal clarity.
Cleaner Vocals Before Mixing – Waves
The result is a cleaner, drier, more focused vocal before the signal reaches your software. By reducing room reflections at the microphone, Kaotica gives you better source audio for mixing, EQ, ompression, de-reverb, editing, and AI-enhanced workflows.
