Shure BLX24/SM58-H9 Wireless Vocal System with SM58 Handheld Mic, H9 Band

Put flawless vocal performance at the center of your event with the Shure BLX24/SM58-H9 wireless vocal system. Designed for presenters, musicians, houses of worship, and AV integrators, this Shure pro microphone system pairs the industry-standard SM58 handheld capsule with a single-channel BLX4 tabletop receiver to deliver dependable, intelligible speech and live vocals. Benefit from fast setup and solid RF performance — the system scans 123 frequencies to avoid interference and provides a usable range of up to 300 feet, so talent and hosts can move freely across stages and conference floors. The SM58’s cardioid polar pattern and wide frequency response (50–15,000 Hz) minimize feedback and background noise, improving monitoring and recording quality for live sound, corporate events, and security/monitoring communications. Built to withstand frequent use, the transmitter and receiver are compact and rugged for rental, touring, and permanent installs. Whether you’re outfitting a training room, event space, or surveillance/communications checkpoint that requires clear vocal pickup, the BLX24/SM58-H9 is a reliable, scalable choice. Add this system to your toolkit for cleaner mixes and smoother operations—order now or contact us to configure a multi-channel setup.

• Industry-standard SM58 capsule delivers clear, present vocals and reduces background noise for professional-sounding speech and live performance
• Fast, interference-free setup with 123 auto-scan frequencies to find the cleanest channel in crowded RF environments
• Up to 300 ft reliable wireless range lets presenters and performers move freely without losing audio connection
• Rugged, portable transmitter and tabletop BLX4 receiver built for touring, rental, and installed AV applications
• Expandable system supports up to 12 channels for multi-zone events, corporate AV, houses of worship, and large venues
• Cardioid pickup pattern minimizes feedback and off-axis noise for improved monitoring and speech intelligibility