
Shure BLX288/PG58 Wireless Dual Handheld System (M17: 662-686MHz)
The Shure BLX288PG58 wireless system, which includes two PG58 portable transmitters and the BLX88 dual-channel wireless receiver, produces superb Shure sound for two performing vocalists. The kit includes a receiver power supply, AA batteries for the transmitters, and a user handbook - everything you need to be up and running quickly. The vocal-optimized PG58 microphones are ideal for both lead and backing vocalists, and they are easy to set up. With the Shure BLX288PG58 dual-channel wireless system, you can conserve space in your live sound setup by employing a single receiver for both transmitters.
Features
- Dual wireless system for vocal performances
- Includes two PG58 handheld transmitters, BLX88 dual-channel wireless receiver, power supply, AA batteries, and user guide
- 1-touch QuickScan frequency selection quickly locates the best open frequency
- Up to 12 compatible systems per frequency band (region-dependent)
Original: $695.04
-65%$695.04
$243.26Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Shure BLX288PG58 wireless system, which includes two PG58 portable transmitters and the BLX88 dual-channel wireless receiver, produces superb Shure sound for two performing vocalists. The kit includes a receiver power supply, AA batteries for the transmitters, and a user handbook - everything you need to be up and running quickly. The vocal-optimized PG58 microphones are ideal for both lead and backing vocalists, and they are easy to set up. With the Shure BLX288PG58 dual-channel wireless system, you can conserve space in your live sound setup by employing a single receiver for both transmitters.
Features
- Dual wireless system for vocal performances
- Includes two PG58 handheld transmitters, BLX88 dual-channel wireless receiver, power supply, AA batteries, and user guide
- 1-touch QuickScan frequency selection quickly locates the best open frequency
- Up to 12 compatible systems per frequency band (region-dependent)

















