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.
The Mackie S525 - Dual 15" Two-Way Passive Loudspeaker provides both professional-level power handling and sonic performance. This two-way loudspeaker's dual woofers create serious volume, handling up to 2,400 watts of peak power. The S525 utilizes custom-specified drivers and all-wood enclosures to deliver touring-quality sound in designs that are rugged and affordable.
The S525's wood enclosure provides excellent response and extended low-frequency output without rattle or vibration. Substantial internal bracing provides a rigid enclosure, also reducing unwanted vibration. The entire acoustic chamber is air-displaced with adiabatic acoustic batting, dampening the internal midrange reflections so they can't bleed back through the LF transducer cones. This, along with LF porting, allows the Mackie S525 to deliver huge sound for all applications.
PVC Vinyl Covering
The S525 features a durable PVC vinyl covering that protects against the occasional ding or spilled drink. It also has protective edge bumpers. The bumpers have built-in cups for stacking multiple full-range loudspeakers along with sturdy integrated side handles with an ergonomic design that is ideal for transportation.
HF Protection Circuitry
The S525 enclosure features protective circuitry for the high frequency driver. When the speaker gets driven beyond its limits, the HF protection circuitry kicks in and immediately reduces power. You will clearly hear the highs drop in level, signaling that the speakers are being driven too intensely. This also protects the high frequency driver from damage.