RCF HDL10A 1400W Line Array Module, 65Hz-20kHz Frequency Response, 133dB Maximum SPL, 100-15 deg. Coverage Angle, 2x 8.0" Woofer, 2.0" Compression Driver

Take your live sound reinforcement to the next level with the RCF HDL10A 1400W Line Array Module. This powerful and high-quality active PA speaker is engineered to deliver unparalleled audio performance for concerts, festivals, and large-scale events. With its robust 1400W peak power output, the HDL10A ensures that your sound is not only loud but also crystal clear.

The module boasts an impressive frequency response range of 65Hz-20kHz, enabling it to reproduce the full spectrum of sound with exceptional accuracy and detail. Whether you're amplifying the deep bass of electronic music or the high notes of a live orchestra, this line array module captures the essence of every genre.

Experience the advanced technology of the HDL10A's dual 8.0" woofers, which work in harmony to produce a rich and powerful bass response. Complementing the low-end are the precision 2.0" compression drivers, which handle the mids and highs with finesse, ensuring that vocals and instruments cut through even in the most demanding environments.

With a maximum SPL of 133dB, the RCF HDL10A is capable of reaching every corner of your venue without distortion. The coverage angle of 100-15 degrees is meticulously designed to provide even sound distribution, so every member of your audience enjoys the same high-quality audio experience, regardless of their location.

The HDL10A's durable construction and versatile design make it an ideal choice for touring and permanent installations alike. Its advanced sound projection and clarity set it apart from alternatives, making it a go-to solution for audio professionals seeking a reliable and efficient line array system.

Incorporate the RCF HDL10A 1400W Line Array Module into your audio setup and ensure that your events are remembered for their exceptional sound quality. This module is not just a speaker; it's an investment in a superior auditory experience for any live sound application.