K&M Stands 23966 Large Popkiller

Essential Pop Filter for Studio and Live Vocal Recording
The K&M 23966 Popkiller is a professional-grade pop filter designed to prevent unwanted plosive sounds and breath noise from reaching your microphone. Built with a large double-layered nylon mesh, it serves as an acoustic barrier between the vocalist and the mic capsule, delivering cleaner, more controlled vocal takes in any environment.

Double-Layer Screen Design Reduces Harsh Vocal Bursts
Equipped with a dual-layer nylon screen, this pop filter offers twice the diffusion power compared to single-screen models. It helps tame harsh bursts from “P” and “B” consonants, making it ideal for vocal recording, podcasting, voiceover, and broadcasting applications where vocal clarity is critical.

Large Diameter Screen Provides Optimal Coverage
The oversized 200mm shield provides generous surface area, allowing vocalists to move naturally without drifting outside the protected zone. Whether you’re working with experienced talent or fast-moving sessions, the large screen ensures consistent sound quality by staying in the right position throughout a performance.

Flexible Gooseneck Offers Precise Mic Positioning
An integrated 330mm gooseneck arm lets you position the filter exactly where it’s needed, regardless of mic height or angle. The flexible yet firm neck holds its place once adjusted, helping engineers dial in the perfect mic-to-voice distance with minimal fuss.

Durable Clamp Attaches to Most Microphone Stands
The K&M 23966 features a sturdy clamp that mounts securely to any tube with a diameter up to 30mm. This makes it compatible with a wide range of mic stands, boom arms, and broadcast hardware, ensuring easy integration into studio or mobile recording setups.

Built for Longevity in Demanding Use Cases
From busy recording studios to home podcast rigs, this pop filter is constructed to last. The robust clamp mechanism, reinforced gooseneck, and layered nylon screen are all built for repeated daily use without sagging or wear over time.