Orders placed after 4PM on weekdays will not ship until the next business day. Orders placed after 11AM Fridays will not ship until the following Monday.
Faster shipping methods may be available; just upgrade during checkout.
*Some exclusions apply.
Enjoy Extended Returns thru Feb 1, 2017!
You have until Feb 1, 2017 to return or exchange items purchased between Nov 1, 2016 and Jan 1, 2017. All other standard return policy conditions apply.
Enter new zip code to refresh estimated delivery time.
For sound reinforcement, the AURO X12DA 1000-W Active Loudspeaker by Samson is a good professional choice. It can be used in various environments for audio applications such as, live sound, DJ setups, rehearsals, PA systems, houses of worship and more. It features a lightweight 1,000 W Class D amplifier with digital signal processing technology that continually corrects the audio signal. It also offers the speaker and its components with a protection circuit to prevent overheating, and has limiter LED to indicate when the amp is near the clipping point.
The AURO X12DA is built with two combo XLR and 1/4" input connectors, volume controls, mic/line switch, and 3-position EQ and HPF presets, for different applications and setups. A XLR link output allows expanded sound to additional speakers. A full metal grill protects all speaker components, and an integrated 1 3/8" speaker stand mount is provided. In addition two large ergonomic carry handles and dual-angle floor monitor position options help get the job done.
Compact, lightweight Class D active loudspeakers
Samson's R.A.M.P. DSP technology helps to protect the speaker
Master volume control with peak indicator
Two XLR-1/4" combo input channels with independent volume controls
Full metal grill protects all speaker components
In the Box
Samson AURO X12DA 1000-W Active Loudspeaker
AC Power Cable
Limited 2-Year Warranty
Table of Contents
Low Frequency: RMS Power: 400 W @ 8 ohms Peak Power: 800 W @ 8 ohms THD: <1% High Frequency: RMS Power: 100 W @ 8 ohms Peak Power: 200 W @ 8 ohms THD < 1 %