Hollyland LARK MAX 2 Combo 4-Person Wireless Microphone System HOLLRKMX2

Hollyland LARK MAX 2 Combo 4-Person Wireless Microphone System HOLLRKMX2

The Hollyland LARK MAX 2 Combo 4-Person Wireless Microphone System is designed for group interviews, video productions, podcasts, livestreams and other content involving multiple speakers. Its four compact clip-on transmitters work with a single camera receiver, while the included USB-C receiver and connection cables provide flexible recording options for compatible cameras and mobile devices.

With 48 kHz audio, 32-bit float internal recording, AI noise cancellation and built-in timecode, the system helps creators capture clear, consistent audio while maintaining a practical workflow on location or in the studio.

Capture Up to Four Speakers

A single LARK MAX 2 camera receiver can connect to all four included transmitters, making the system suitable for panel discussions, group interviews and collaborative productions. Each lightweight transmitter incorporates an omnidirectional microphone and can be attached using the hover-clip mechanism or included magnetic mounting accessories.

Please note: wireless audio monitoring is unavailable while the system is operating in four-transmitter/one-receiver mode. The camera receiver also does not provide four discrete output tracks in this configuration.

32-Bit Float Internal Recording

Each transmitter includes 8 GB of internal storage and supports 24-bit or 32-bit float recording. Up to approximately 14 hours of uncompressed audio can be stored internally, providing a useful backup recording and helping protect against unexpected changes in recording level.

Clear Audio in Changing Environments

AI noise cancellation helps reduce unwanted environmental noise while retaining the speaker’s voice. The microphones support a frequency response of 20 Hz to 20 kHz and a maximum sound pressure level of 128 dB SPL, allowing the system to accommodate both normal speech and louder sound sources.

Timecode for Post-Production

The built-in frame-level timecode system can synchronise internally recorded audio with camera footage through the receiver’s 3.5 mm and UAC outputs. This can simplify audio alignment when editing interviews and multi-camera productions.

Long-Range 2.4 GHz Transmission

Adaptive frequency-hopping technology supports a transmitter range of up to 340 m in open, unobstructed line-of-sight conditions. In non-line-of-sight environments, Hollyland specifies a range of up to 60 m. Actual range may vary according to obstacles, interference and the recording environment.

Compact Design and Practical Battery Life

Each transmitter weighs approximately 14 g and offers up to approximately 11 hours of operating time. The camera receiver provides up to approximately 12 hours of operation, while the included charging case supplies convenient storage and recharging between recording sessions.

Key Features:

• Four compact clip-on transmitters for recording up to four speakers.
• Camera-mount and USB-C receivers for compatible cameras and mobile devices.
• 48 kHz audio with 24-bit and 32-bit float recording support.
• 8 GB of storage in each transmitter for up to approximately 14 hours of internal recording.
• AI noise cancellation helps reduce distracting background sound.
• Built-in frame-level timecode supports more efficient audio and video synchronisation.
• Up to 340 m line-of-sight wireless range using 2.4 GHz adaptive frequency hopping.

What Is in the Box?

• 4 x Hollyland LARK MAX 2 clip-on wireless microphone transmitters
• 1 x Hollyland LARK MAX 2 camera-mount receiver
• 1 x Hollyland LARK MAX 2 USB-C receiver
• 1 x Hollyland LARK MAX 2 charging case
• 4 x Furry windshields
• 1 x USB-C to Lightning cable
• 1 x USB-C to USB-C cable
• 1 x 3.5 mm TRS to 3.5 mm TRS cable
• 4 x USB-C to 3.5 mm adapters
• 4 x Magnetic silicone sleeves
• 4 x Magnets

Technical Specifications

Capture conversations involving up to four speakers with a flexible wireless audio system, and add the Hollyland LARK MAX 2 Combo 4-Person kit to your cart today.