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✓Package Includes: (2) Mackie SRT210 10" 1600 Watt Powered Active DJ PA Speaker w/Bluetooth, Class D. (1) Pair of Rockville Adjustable Tripod Speaker/Light Stands+(2) 20 Foot XLR Cables. (1) Rockville DJ1500 DJ Headphones w/ Detachable Coil Cable, Case+Extra Ear Pad. (2) Rockville RMC-XLR High-End Metal DJ Handheld Wired Microphone Mic w (2) Cables. When It's Time to Get Serious About Your Sound
✓Pure Performance - SRT Series loudspeakers are designed to deliver the goods and look good doing it. Optimized for high-end performance with more output than any other loudspeaker in its class, SRT Series is your new secret weapon in the battle against mediocre sound.
✓Powerfully Built - Mackie's "Built Like a Tank" design means SRT Series loudspeakers will keep on cranking, day in and day out. Whether your audience is 5 or 500, SRT Series has what it takes to cut through the crowd every single time. Intelligent Design - With advanced features like Advanced Impulse DSP , input overload protection, and the most rock-solid wireless streaming and control available, SRT Series is the smartest solution in its class from the leader in powered loudspeakers.
✓A True Workhorse for Gigging Professionals. 1600W Class-D amplifier is designed for ultra-reliable, consistent performance. Custom high-efficiency transducers ensure maximum clarity and accuracy. Built-Like-A-Tank to conquer every gig while lightweight for easy loading. Frequency response: 47 Hz - 20kHz. Max SPL: 128 dB. Advanced Impulse DSP - Proprietary Acoustic Tuning. Crystal clear sound across the entire dispersion zone means the whole room is the sweet spot
✓Precision crossover and transducer time-alignment ensures balanced and accurate sound. Custom Sym-X Horn. Allows for total efficiency from the HF transducer minimizing distortion and increasing output. Creates a perfectly symmetrical, flat response at the crossover point for exceptionally smooth midrange. The horn-loading frequency is set below the HF drivers' LF capability allowing for maximum efficiency and optimal performance at the crossover point.