Samson Concert 288m Handheld Dual-Channel Wireless Handheld Microphone System

The Samson SWC288MHQ8-K is a microphone system with two independent channels and wireless operation, designed for performers, presenters, and audio crews who want reliable sound without running cables across the stage. Each handheld transmitter houses a Samson Q8 dynamic capsule that captures the voice with clarity while the supercardioid pickup pattern keeps unwanted room noise and feedback to a minimum.

A range that reaches up to 300 feet lets you move freely around larger venues such as concert stages, houses of worship, school auditoriums, and conference halls. Power comes from two standard AA batteries, so quick swaps keep the show moving, and each pair delivers up to eight hours of talk or performance time.

The AR299M tabletop receiver sits neatly on a rack shelf, stand, or podium and integrates into almost any sound system. Balanced XLR, unbalanced quarter-inch, and 3.5 millimeter outputs cover mixers, powered speakers, and portable recorders without the need for adapters. An automatic scan function searches a pool of 100 frequencies to locate the clearest channels, and you can run as many as eight Concert 288M systems on the same stage within a single frequency band, an advantage for multi-microphone setups such as panel discussions, ensemble performances, and public ceremonies.

Quick setup, dependable RF performance, and a compact form factor make the Samson SWC288MHQ8-K a convenient choice for touring acts, mobile DJs, fitness instructors, and event planners who need professional results on a tight schedule.

• Microphone system with two independent wireless channels
• Handheld transmitters feature Q8 dynamic capsules and supercardioid pickup pattern
• Operating range extends up to 300 feet line of sight
• Runs for as long as eight hours on two AA batteries per microphone
• AR299M tabletop receiver offers XLR, quarter-inch, and 3.5 millimeter outputs
• Automatic channel scan with 100 selectable frequencies
• Use up to eight systems in the same frequency band at one venue