AKG CK99L Condenser Lavalier Microphone - Black

Description

Introducing the AKG CK99L Condenser Lavalier Microphone - Black a compact and discreet audio solution that redefines the possibilities for capturing clear and professional-grade sound in a variety of scenarios. Designed with meticulous attention to detail, this lavalier microphone is the perfect choice for broadcasters, public speakers, performers, and content creators seeking exceptional audio quality in a hands-free package.

The CK99L features a high-performance condenser capsule that ensures accurate and detailed audio reproduction across a wide frequency range. Its omnidirectional polar pattern captures sound from all directions, providing flexibility in microphone placement and enabling consistent audio pick-up regardless of the speaker's orientation.

This microphone's unobtrusive and lightweight design makes it an ideal companion for on-the-go professionals. The discreet lapel clip allows for easy and secure attachment to clothing, ensuring minimal visibility while maintaining optimum sound capture. The CK99L's versatility extends to its compatibility with various wireless transmitters, offering seamless integration into wireless microphone systems for added convenience and freedom of movement.

With a focus on user-friendly functionality, the AKG CK99L is equipped with a durable cable that resists tangling, providing reliability during extended use. Its robust construction ensures resilience in diverse environments, making it suitable for interviews, presentations, live performances, and video production.

Elevate your audio recording experience with the AKG CK99L Condenser Lavalier Microphone where precision meets convenience, delivering exceptional sound quality in a compact and unobtrusive form factor for those who demand nothing but the best in professional audio capture.

Features

• Condenser Capsule
• Omnidirectional Polar Pattern
• Discreet and Lightweight Design
• Lapel Clip Attachment
• Wireless Compatibility
• Durable Cable
• Versatile Applications
• Robust Construction
• Wide Frequency Response

Specifications