Description

The Lark MAX 2 Microphone System by Hollyland sets a new standard in wireless audio capture. It provides broadcast-grade 32-bit float audio, intelligent noise rejection, and seamless synchronization for video shoots and live productions. Designed for creators who demand simplicity and quality, this system ensures your voice is captured with clarity—even in challenging environments.

⚙️ Features & Technical Highlights

• 32-bit Full-Chain Audio: From capture through transmission to receiver, the system maintains full bit depth for maximum dynamic range and zero clipping.

• Multiple Mic Pairing: One receiver can pair with up to 4 transmitters, ideal for multi-person interviews or panel discussions.

• AI Noise Cancellation: Adjustable from 5 to 25 dB, intelligently filters background noise.

• Wireless Monitoring & Low Latency: ~25 ms round-trip latency gives real-time headphone monitoring capability.

• Range & Transmission: Up to 1,115 ft (340 m) line-of-sight using 2.4 GHz frequency hopping.

• Battery & Recording: Each transmitter has internal 8 GB storage and can record ~14 h in 24-bit or frame-level sync in 32-bit. On transmitters, ~11 h per charge; with the charging case, up to 36 h.

• Design & Form Factor: Transmitters weigh ~14 g, and feature hover-clip or magnetic mounting for discrete wear.

• Timecode & Sync: Frame-level timecode sync via the receiver’s 3.5 mm or USB-C, for precise alignment with video.

🎬 Use Cases

Ideal for:

• Interviews and documentary shoots

• Vlogging and mobile content creation

• Multi-speaker setups (talkshows, panel discussions)

• Wireless audio capture for hybrid events

The Lark MAX 2 Microphone System integrates advanced audio capabilities into a compact, creator-friendly package.

For creators who demand top-tier wireless audio without complexity, the Lark MAX 2 Microphone System delivers. With 32-bit float recording, AI noise cancellation, multi-transmitter flexibility, and long-range, the Lark MAX 2 is engineered to safeguard your voice in every production.