RODE OMNIDIRECTIONAL LAVALIER MIC WITH FLAT CABLE is a professional wearable microphone designed for exceptional voice recording, broadcasting, filmmaking, presentations, interviews, podcasts, live streaming, and content creation. Engineered with RODE's renowned Australian audio technology, this premium lavalier microphone delivers clear, natural, and consistent sound quality for professional applications.
The omnidirectional pickup pattern captures audio evenly from all directions, allowing users to move naturally while maintaining outstanding voice clarity. Its innovative flat cable design minimizes tangling, improves cable management, and provides greater comfort during extended recording sessions. The compact low-profile capsule remains discreet on clothing while delivering broadcast-quality audio performance.
Built for professional reliability, the RODE OMNIDIRECTIONAL LAVALIER MIC WITH FLAT CABLE features durable construction, excellent resistance to handling noise, and superior speech intelligibility. It is suitable for video production, interviews, documentaries, conferences, online meetings, public speaking, education, worship services, and studio recording.
The microphone is compatible with cameras, wireless microphone systems, smartphones, audio recorders, DSLR cameras, mixers, and professional recording interfaces. Whether recording indoors or outdoors, it provides dependable performance with clean, balanced, and accurate sound reproduction.
Key Features:
• Professional omnidirectional lavalier microphone
• Innovative flat cable for reduced tangling
• Compact low-profile microphone capsule
• Crystal-clear voice reproduction
• Excellent handling noise reduction
• Compatible with cameras and wireless systems
• Ideal for interviews, podcasts, broadcasting, and filmmaking
• Lightweight and comfortable wearable design
• Professional studio-quality audio
• Durable construction for everyday use
Choose theRODE OMNIDIRECTIONAL LAVALIER MIC WITH FLAT CABLE for professional voice recording, outstanding reliability, and exceptional audio quality in every recording environment.
