Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz

Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz

SKU:SHUBLX14H10-MAIN

MANUFACTURER PART:BLX14-H10

UPC:042406470292

New

Sale Price$299.00
Pickup Currently Unavailable at STORE

Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz

STORE

Pickup Currently Unavailable

54 Orchard Street
Ground Floor
New York NY 10002
United States

+12125230954
  • For Guitar & Bass Players
  • WA302 Instrument Cable
  • Lightweight Bodypack Transmitter
  • Single-Channel Tabletop Receiver
  • 123 Auto-Scan Frequencies
  • Internal Antenna Diversity
  • 14-Hour AA Batteries
  • Expandable to 12 Mic Channels/300' Range

The Shure BLX14 offers an affordable wireless solution for guitar and bass musicians, delivering high-quality sound, straightforward setup, user-friendly operation, and reliable performance immediately upon use. It features the compact and lightweight BLX4 single-channel tabletop receiver, equipped with internal antennas, making it perfect for portable applications.

Included in the package is a WA302 1/4" to TA4F instrument cable along with a bodypack transmitter. The receiver is designed with a one-touch QuickScan frequency selection, enabling users to swiftly scan through 123 available frequencies to find a clear RF channel in the event of interference. The system can operate for up to 14 hours continuously on two AA batteries, with a range extending up to 300 feet. Additionally, it supports the simultaneous operation of up to 12 microphone channels within each frequency band.

This efficient system is particularly well-suited for performances in intimate music venues, wedding receptions, and places of worship.

Lightweight Bodypack Transmitter

The robust BLX1 bodypack transmitter is designed with a lightweight and ergonomic structure, ensuring comfort for the presenter during use. It includes buttons for group and channel selection, facilitating swift and straightforward frequency synchronization with the receiver. Additional features comprise a conveniently located on/off switch, adjustable gain control, and a TA4M 4-pin input jack.

Easy-to-Use Tabletop Receiver for Quality Audio

The BLX4 receiver utilizes microprocessor-managed internal antenna diversity to enhance the quality and dependability of your wireless audio transmission. An LED display provides information on group and channel configurations, while two LED indicators signal when the system is operational and the strength of the incoming audio signal. This unit features both 1/4" and XLR outputs, facilitating connections to PA systems and mixing consoles.

A Versatile System to Meet Your Needs

Shure offers a variety of lavalier, instrument, headset, and handheld microphone options to adapt your BLX system as your needs evolve.

  • The discrete MX153 sub-miniature earset mic provides exceptional clarity in spoken word applications.

  • For fitness instructors, the SM31FH is a rugged, moisture-repelling headset microphone designed to stay secure and comfortable during active performances.

  • The CVL lavalier mic offers low visibility and clear vocal reproduction for discreet applications.

  • Instrumentalists can attach the WB98H/C flexible gooseneck instrument microphone for brass, woodwind, and percussion applications.

  • The BLX2 handheld transmitter is available with three different mic capsules for presenters who prefer the flexibility of a handheld microphone.
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz
Shure BLX14 Wireless Guitar System | H10: 542 to 572 MHz

Authorized Reseller

K&M Camera is an Authorized Reseller for all products we sell with manufacturer's warranties.