Hollyland Lark Max Series Professional Wireless Audio System, Black, Lark Max 2

The Hollyland Lark Max 2 Combo represents the pinnacle of miniaturized wireless audio technology, meticulously engineered to provide creators with studio-grade sound without the bulk of traditional equipment. This sophisticated system features specialized MaxTimbre Mic technology, utilizing a multi-layer membrane design that optimizes vocal resonance while effectively eliminating unwanted plosives and wind interference. By delivering uncompressed 48 kHz / 24-bit audio, the Lark Max 2 ensures that every recording possesses the depth, clarity, and characteristic warmth required for professional-grade productions. The system leverages an advanced frequency-hopping spread spectrum (FHSS) protocol to maintain an exceptionally stable, interference-free connection across a massive 820-foot (250m) line-of-sight range, making it the ideal solution for high-stakes interviews, cinematic vlogs, and complex field recordings where signal reliability is paramount.

Designed with a "failsafe-first" philosophy, the Lark Max 2 Combo incorporates 8GB of internal storage per transmitter, allowing for up to 14 hours of high-quality backup recording directly on the device. This onboard storage serves as a critical safety net against wireless dropouts or accidental signal loss, providing professional creators with total peace of mind during one-take scenarios. The "Combo" architecture provides a universal interface, featuring a centralized touchscreen receiver that offers granular control over gain, monitoring, and output modes for all channels simultaneously. Whether you are connecting to a high-end mirrorless camera via the 3.5mm TRS port or a mobile device via USB-C or Lightning, the plug-and-play workflow eliminates the need for complex setup routines. With an impressive 22-hour total battery life when paired with the high-capacity charging case, this system is a robust, all-in-one workstation that empowers production teams to capture high-fidelity audio with unprecedented efficiency and structural reliability.