SP Series :
The SP Series has been a live sound standard for more than three decades. Now these lauded enclosures are louder, lighter and clearer than ever.
Building on the reputation of the world-famous Peavey CS® 800, which conquered the power amp market in the 1970s, the CS® Series is the global standard bearer for workhorse reliability. Over the years, these amps have benefited from some of Peavey's most popular audio innovations, including our exclusive DDT™ compression/anti-clipping protection. With its 2 RU design and power points up to 4080 watts, this latest evolution of the CS® Series is leaner, louder and lighter than ever
The Escort's integrated design allows for ease of transportation, while its user-friendly controls offer ease of operation, making it the perfect choice for schools, churches, civic organizations and small musical groups. The Escort features dual two-way speakers driven by a five-channel, 300 Watt stereo powered mixer, making it ideal for both vocal and musical applications. The system also includes a PV®i unidirectional (cardioid pattern) dynamic microphone, two folding speaker stands and all necessary connecting cables. Among many professional features, the mixer includes 60mm faders, a five-band graphic equalizer with FLS® (Feedback Locating System) and digital reverb. The carrying case provides storage for all the system componets with ample room for additional mics and cables. This clever design incorporates the speakers into the package, allowing the unit to be easily carried or pulled along on its luggage-style wheels. *Escort Stand Sold Separately*
Engineered for optimal sound reproduction with proven reliability continuing a 30-year legacy, Peavey SP enclosures feature patented asymmetrical Quadratic Throat Waveguide™ technology that helps deliver pristine, precise sound; Black Widow® loudspeakers with Kevlar®-impregnated cones, 4" ribbon-wire voice coils and exclusive field-replaceable baskets; the patented Radialinear™ Planar Phase Correction System; and titanium compression drivers with ferrofluid cooling