Shure

Shure HA-8241 Helical Antenna (944-952 MHz)

Name: Shure HA-8241 Helical Antenna (944-952 MHz)
Brand: Shure
SKU: HA-8241

Enhance Wireless Performance with Precision Antenna TechnologyThe Shure HA-8241 Helical Antenna is engineered to optimize UHF wireless signal reception for Shure UHF-R receivers, PSM transmitters, and antenna distribution systems. Key Specifications: Brand: Shure Model: HA-8241 Frequency Rang...

$730.00*

✓ In Stock on Amazon.com

View on Amazon

*Price sourced from Amazon.com. Last updated:Aug 28, 2026.Price and availability are subject to change — details.

Affiliate Disclosure: As an Amazon Associate, Studio Supplies earns from qualifying purchases made through links on this page, at no additional cost to you. This helps support our editorial team.

Notice a mistake? Let Us Know

Overview

Enhance Wireless Performance with Precision Antenna Technology

The Shure HA-8241 Helical Antenna is engineered to optimize UHF wireless signal reception for Shure UHF-R receivers, PSM transmitters, and antenna distribution systems.

Key Specifications:

Brand: Shure
Model: HA-8241
Frequency Range: 944-952 MHz
Type: Wideband UHF Helical Antenna

Key Features

Wideband UHF (944-952 MHz) remote antenna for Shure UHF-R receivers, PSM transmitters, and antenna distribution systems.

Shure Model: HA-8241

UPC Code: 42406162593

Specifications

Brand

Shure

Model

HA-8241

Frequency Range

944-952 MHz

Compatibility

Shure UHF-R receivers, PSM transmitters, antenna distribution systems

Antenna Type

Helical

UPC Code

42406162593

Frequently Asked Questions

What is the frequency range of the Shure HA-8241 Helical Antenna?

The Shure HA-8241 Helical Antenna operates within a wideband UHF range of 944-952 MHz, suitable for specific professional audio applications.

What Shure equipment is this antenna compatible with?

This antenna is designed for use with Shure UHF-R receivers, PSM transmitters, and antenna distribution systems, ensuring optimal performance within a Shure ecosystem.

What kind of antenna is the HA-8241?

The HA-8241 is a helical antenna, known for potentially offering more stable signal reception in comparison to other antenna types in challenging RF environments.

Can this antenna be used with non-Shure wireless systems?

While it is specifically engineered for Shure UHF-R receivers and PSM transmitters, compatibility with other brands is not guaranteed and would depend on matching frequency ranges and connector types.

What is the purpose of a remote antenna like the HA-8241?

A remote antenna allows for strategic placement away from the main receiver or transmitter, which can significantly improve signal strength and reduce interference in complex event spaces or installations.

Strengths & Trade-offs

👍 Pros

Offers wideband UHF compatibility (944-952 MHz), providing flexibility for various wireless audio setups.
Designed as a remote antenna, allowing for optimal placement to enhance signal reception and clarity.
Specifically engineered for use with Shure UHF-R receivers, PSM transmitters, and antenna distribution systems, ensuring seamless integration.
Helical design can provide more consistent reception patterns compared to traditional whip antennas in complex RF environments.
From Shure, a brand known for its professional audio equipment, suggesting reliability and performance in critical applications.

👎 Cons

The specific frequency range of 944-952 MHz may limit its utility if your wireless system operates outside this particular band.
Requires compatibility with Shure UHF-R receivers, PSM transmitters, or antenna distribution systems, potentially not being a universal solution.
As a specialized antenna, its performance benefits might only be fully realized in professional setups with appropriate Shure equipment.
The term "remote antenna" implies additional cabling and mounting hardware may be necessary, which are not detailed in the features.
Specific information on gain or beamwidth is not provided, making it difficult to assess its precise coverage characteristics for diverse environments.