Engineered for content creators, filmmakers, and professionals in audio production, the Hollyland LARK MAX DUO Wireless Microphone system delivers precision audio performance in every environment. With cutting-edge MaxTimbre Mic technology, this dual-transmitter system provides crystal-clear sound fidelity, enhanced environmental noise cancellation (ENC), and seamless wireless transmission over an impressive 820ft (250m) line-of-sight range. Whether capturing interviews, YouTube videos, podcasts, or live events, the LARK MAX ensures detailed audio pickup with robust dynamic range and minimal distortion, even in the most challenging soundscapes.

Designed with an all-in-one approach to portable audio recording, each transmitter includes 8GB of onboard storage for up to 14 hours of uncompressed 48kHz/24-bit WAV backup recording, safeguarding your audio from transmission loss. The 22-hour battery life (with case), magnetic clip-on design, and multi-device compatibility make it a powerful and dependable wireless microphone solution for DSLR cameras, smartphones, and computers. Built to withstand long shoots and busy field production, the LARK MAX DUO is the essential choice for those requiring consistent, broadcast-level audio with zero compromises.

Key Features:

• MaxTimbre Mic Technology:
  Delivers rich, full-spectrum studio-grade sound through a multilayer membrane design that eliminates resonances and improves wind and vibration resistance.

• High-Resolution Audio Capture:
  Records audio at 48kHz sampling rate and 24-bit depth for lifelike sound reproduction. Offers a high SNR of 70 dB and handles up to 128 dB SPL for distortion-free results.

• Environmental Noise Cancellation (ENC):
  Suppresses ambient noise while preserving voice clarity in noisy settings. ENC mode can be toggled on the transmitter or receiver.

• 14-Hour Backup Recording with 8GB Storage:
  Stores lossless WAV files directly on the transmitter, providing a safety net for important recordings.

• 820ft (250m) Wireless Range:
  Maintains stable transmission via adaptive frequency hopping (AFH) technology, minimizing dropouts and interference in open environments.

• Extended Battery Life:
  Offers up to 7.5 hours of runtime on transmitters and up to 9 hours on the receiver, reaching up to 22 hours with the charging case.

• Magnetic Attachment System:
  Easily and discreetly secures the transmitter to clothing or gear with a back clip or included magnetic clip.

• Touchscreen Receiver Interface:
  1.1" AMOLED display with intuitive controls and gain adjustment for real-time monitoring and configuration.

• Flexible Recording Modes & EQ:
  Switch between mono, stereo, or safety track recording and fine-tune audio with Hi-Fi EQ settings.

• Universal Compatibility:
  Equipped with a 3.5mm TRS output, it pairs seamlessly with cameras, mobile devices, and computers.

Specifications:

Transmitter (x2):

• Dimensions: 48.5mm x 30.3mm x 19.37mm (1.9″ x 1.2″ x 0.76″)

• Weight: 33g (1.16oz)

• Transmission Range: 820ft (LOS) / 197ft (NLOS)

• Audio Format: 48kHz/24-bit WAV

• Memory: 8GB / 14 hours backup

• Battery: 300mAh LiPo, ~7.5 hours runtime

• Charging Time: <2 hours

• Max SPL: 128 dB

• SNR: 70 dB

• Frequency Response: 20Hz–20kHz

• Polar Pattern: Omnidirectional

Receiver (x1):

• Dimensions: 58mm x 40.83mm x 23.17mm (2.3″ x 1.6″ x 0.9″)

• Weight: 60g (2.1oz)

• Screen: 1.1″ AMOLED (126 x 294 px)

• Battery: 490mAh LiPo, ~9 hours runtime

• Charging Time: <2 hours

Charging Case:

• Dimensions: 115mm x 46mm x 63mm (4.5″ x 1.8″ x 2.5″)

• Weight: 193.5g (6.8oz)

• Battery: 2800mAh LiPo, charges both TX and RX up to 2 times

• Charging Time: <2 hours

Conclusion:

Designed with reliability, performance, and user convenience in mind, the Hollyland LARK MAX DUO Wireless Microphone system is an indispensable tool for professional content creation and field recording. Its unmatched audio quality, extended range, and onboard recording capabilities ensure that every sound is captured precisely and preserved securely, even in the most dynamic or unpredictable recording scenarios.