Hollyland LARK A1 Combo 2-Person Wireless Mic System with USB-C and Lightning

The Hollyland LARK A1 Combo is a compact dual-channel wireless microphone system designed for mobile content creators, streamers, and videographers needing two-person audio capture. It connects directly to iOS and Android devices via USB-C or Lightning, with no setup required. Featuring two clip-on transmitters with built-in mics, intelligent noise control, and up to 54 hours of operation via the included charging case, it offers pro-quality 48 kHz/24-bit sound on the go.

Smartphone-Ready Connectivity

The system includes both USB-C and Lightning plug-in receivers, allowing seamless compatibility with most smartphones. Receivers draw power from the phone and show status indicators for each mic.

High-Quality Audio Recording

Capture detailed, distortion-free sound with 48 kHz/24-bit resolution and 120 dB SPL capacity. Auto-limit protection smooths sudden volume spikes, delivering consistent, clean audio.

Discreet and Lightweight Mics

Each 8.5g transmitter is ultracompact, attaches via magnetic clip, and blends easily into clothing without pulling or sagging fabric—ideal for talent comfort and visual discretion.

Noise Control and Custom Sound

Three levels of noise cancellation adapt to environment conditions—filtering out wind, hum, and background noise. Use the LarkSound app to fine-tune 6 levels of gain, 3 EQ profiles, and reverb settings.

Simple Mic Controls

Control recording right from the transmitter:

• Single tap: noise cancellation
• Double tap: mute
• Triple tap: record

Extended Battery Life

Each transmitter runs for up to 9 hours, with the charging case providing up to 54 hours of continuous use through swap-in charging. Great for all-day shoots without downtime.

Charge While Recording

The receiver includes a side power passthrough so you can keep your phone powered while capturing audio.

Long-Range Wireless

With a wireless range up to 200 metres line-of-sight, the system maintains a strong signal even in large spaces or dynamic movement scenarios. Anti-interference tech ensures stable performance.