Laney Audiohub 3 Channel 80W Speaker with Delay EQ AH80

The Laney AH80 is a compact, versatile powered speaker designed for rehearsal, small venue work, and personal monitoring. Its dual position kickback cabinet and manageable 13.5 kg weight make it easy to position on a stand or floor, while the 80W RMS output delivers solid projection without excessive bulk. Built-in effects and multi-channel inputs make it equally at home mixing multiple sources or serving as a dedicated instrument amplifier.

Design & Build

The cabinet features carpet covering for durability and a professional appearance, with a dual position kickback that allows angled or upright placement depending on your setup. At 433 x 413 x 368 mm and 13.5 kg, this speaker strikes a practical balance between portability and substantial sound output, making it accessible for transport while remaining road-worthy.

Audio Performance & Connectivity

The 1 x 10" custom driver with bullet tweeter delivers clear mids and highs across the full frequency range. Three independent channels accommodate diverse input sources: Channel 1 (XLR + 1/4" jack), Channel 2 (2 x 1/4" jacks), and Channel 3 (1/4" jack), plus a 1/8" aux input. Individual level controls for each channel, a 5-band graphic EQ, and master volume provide full tone shaping, while the integrated delay effect with time, feedback, and level controls adds depth without requiring external gear.

Key Features

• 80W RMS power output
• 1 x 10" custom driver with bullet tweeter
• Carpet covered cabinet with dual position kickback
• Channel 1: XLR + 1/4" jack input
• Channel 2: 2 x 1/4" jack inputs
• Channel 3: 1/4" jack input
• 1/8" auxiliary input
• Individual level controls for channels 1, 2, and 3
• 5-band graphic EQ
• Master volume control
• Built-in delay effect with time, feedback, and level controls
• 1/4" line output and 1/4" phones output

The AH80 combines straightforward operation, flexible connectivity, and integrated effects into a single powered solution ideal for musicians and engineers who need reliable amplification without excess complication.