Shure HA-8089 Helical Antenna
HA‑8089 Helical Antenna
The HA‑8089 Helical Antenna is a high‑performance, circularly‑polarized antenna engineered for professional wireless applications that demand maximum RF stability, long‑range coverage, and superior multi‑path rejection. Designed for touring, broadcast, installed AV, and large‑venue environments, the HA‑8089 delivers consistent, reliable RF performance even in the most challenging spectrum conditions.
Key Features
- High‑gain circularly‑polarized helical design for superior RF stability
- Exceptional multi‑path rejection ideal for reflective or congested environments
- Wideband operation to support a broad range of UHF wireless frequencies
- Highly focused radiation pattern for long‑distance, directional coverage
- Rugged, tour‑ready construction for road, stage, and broadcast applications
- Lightweight and easy to mount on stands, truss systems, or antenna farms
- Fully compatible with professional IEM and wireless microphone systems, including Axient Digital and PSM
Ideal Applications
- Touring concerts and live music events
- Broadcast and mobile production
- Houses of Worship
- Corporate events and convention halls
- Sports arenas and stadiums
- Theaters and performing arts centers
- Festival stages and large outdoor environments
Product Information
Product Information
Shipping & Returns
Shipping & Returns

Shure HA-8089 Helical Antenna
Shure HA-8089 Helical Antenna
HA‑8089 Helical Antenna
The HA‑8089 Helical Antenna is a high‑performance, circularly‑polarized antenna engineered for professional wireless applications that demand maximum RF stability, long‑range coverage, and superior multi‑path rejection. Designed for touring, broadcast, installed AV, and large‑venue environments, the HA‑8089 delivers consistent, reliable RF performance even in the most challenging spectrum conditions.
Key Features
- High‑gain circularly‑polarized helical design for superior RF stability
- Exceptional multi‑path rejection ideal for reflective or congested environments
- Wideband operation to support a broad range of UHF wireless frequencies
- Highly focused radiation pattern for long‑distance, directional coverage
- Rugged, tour‑ready construction for road, stage, and broadcast applications
- Lightweight and easy to mount on stands, truss systems, or antenna farms
- Fully compatible with professional IEM and wireless microphone systems, including Axient Digital and PSM
Ideal Applications
- Touring concerts and live music events
- Broadcast and mobile production
- Houses of Worship
- Corporate events and convention halls
- Sports arenas and stadiums
- Theaters and performing arts centers
- Festival stages and large outdoor environments
Original: $714.00
-65%$714.00
$249.90Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
HA‑8089 Helical Antenna
The HA‑8089 Helical Antenna is a high‑performance, circularly‑polarized antenna engineered for professional wireless applications that demand maximum RF stability, long‑range coverage, and superior multi‑path rejection. Designed for touring, broadcast, installed AV, and large‑venue environments, the HA‑8089 delivers consistent, reliable RF performance even in the most challenging spectrum conditions.
Key Features
- High‑gain circularly‑polarized helical design for superior RF stability
- Exceptional multi‑path rejection ideal for reflective or congested environments
- Wideband operation to support a broad range of UHF wireless frequencies
- Highly focused radiation pattern for long‑distance, directional coverage
- Rugged, tour‑ready construction for road, stage, and broadcast applications
- Lightweight and easy to mount on stands, truss systems, or antenna farms
- Fully compatible with professional IEM and wireless microphone systems, including Axient Digital and PSM
Ideal Applications
- Touring concerts and live music events
- Broadcast and mobile production
- Houses of Worship
- Corporate events and convention halls
- Sports arenas and stadiums
- Theaters and performing arts centers
- Festival stages and large outdoor environments

















