🎤 Shure BLX14E/SM31-H8E Wireless Headset Microphone System
Hands-Free, High-Energy Performance – Perfect for Singing, Fitness, and Presentations

The Shure BLX14E/SM31-H8E combines the flexibility of a wireless bodypack system with the comfort and clarity of the SM31 headset microphone, delivering clear, consistent vocal performance — even in high-energy environments.

Designed for singers, instructors, dancers, fitness coaches, and stage performers, this system offers dependable UHF wireless performance with Shure’s legendary audio quality and robust build.

🔹 Key Features:
SM31 Headset Microphone

Condenser microphone with cardioid pickup pattern to reduce background noise

Moisture-resistant design—ideal for active use like dance, fitness, or high-movement singing

Lightweight, ergonomic frame for all-day wearing comfort

Tailored frequency response for clear, intelligible vocals

BLX1 Bodypack Transmitter

Durable and compact with adjustable gain control

Up to 14 hours of battery life on 2 AA batteries

Reliable transmission with up to 100m operating range (line-of-sight)

BLX4E Single-Channel Receiver

One-touch QuickScan technology locates the best open frequency instantly

Internal antenna design for clean setup and strong signal stability

Balanced XLR and unbalanced ¼” jack outputs for versatile connectivity

Frequency Band: H8E (518–542 MHz)

Ideal UHF band performance for interference-free audio in Malta

📐 Specifications:
Microphone Type: Electret Condenser

Polar Pattern: Cardioid

Frequency Response: Optimized for vocal clarity

Wireless Range: Up to 100m

Operating Time: Up to 14 hours (2x AA batteries)

✅ Ideal For:
Singers who need freedom of movement

Fitness instructors, dance performers, or theatre actors

Presenters and MCs who prefer hands-free control

DJs who host and perform simultaneously

🎤 Rent the Shure BLX14E/SM31 at Malta DJ Events for an active, high-quality vocal microphone solution. Stay mobile without sacrificing sound – perfect for performances where movement matters as much as audio.