🎤 Shure BLX24E/SM58 – H8E Wireless Handheld Microphone System
Legendary Vocal Clarity. Reliable Wireless Freedom.

Deliver professional-grade sound without the hassle of cables with the Shure BLX24E/SM58 Wireless Handheld Microphone System. This industry-standard setup combines the iconic SM58 microphone capsule—world-renowned for its vocal clarity and durability—with the BLX wireless system engineered for consistent, interference-free performance.

Whether you’re hosting a live performance, wedding ceremony, DJ event, or corporate function, this microphone system provides crystal-clear audio, quick setup, and dependable wireless coverage.

🔊 Key Features:
Legendary SM58 Microphone Capsule

Tailored vocal response with a brightened midrange and bass roll-off

Uniform cardioid pickup pattern isolates vocals while reducing background noise

Built-in pneumatic shock mount to minimize handling noise

BLX2/SM58 Handheld Transmitter

Lightweight, rugged design with integrated SM58 capsule

Adjustable gain control

Battery life: up to 14 hours (2x AA batteries)

BLX4E Single-Channel Receiver

Internal antenna diversity for improved signal stability

One-touch QuickScan selects the best open frequency in seconds

XLR and ¼” output connectors for flexible connectivity

Frequency Band: H8E (518 – 542 MHz)

Reliable UHF performance ideal for Malta’s wireless environment

Up to 12 compatible systems per frequency band (depending on conditions)

📐 Specifications:
Transmission Range: Up to 100 meters (line-of-sight)

Audio Frequency Response: 50Hz – 15kHz

Battery Life: ~14 hours continuous use (AA batteries)

Mic Type: Dynamic

Polar Pattern: Cardioid

Receiver Outputs: XLR balanced, ¼” unbalanced

✅ Perfect For:
DJs and MCs

Wedding and event hosts

Vocal performances and speeches

Conferences and public speaking setups

🎤 Rent the Shure BLX24E/SM58 now at Malta DJ Events for a professional, wireless vocal solution trusted by performers around the world. Get legendary sound, rock-solid reliability, and cable-free freedom — all in one system.