Specifications

Application: Articulate Sub with heavy impact and deep bass extension
System Type: Subwoofer mass loaded, pneumatically coupled
Subwoofer: 15" spun aluminum spun core 560 oz motor structure, dynamic braking
Radiator: 15" mass loaded downfiring
Low Frequency Alignment: 6th Order/Back EMF canceling circuit
Inputs: LFE, L/R RCA, balanced XLR
Internal Amplification: 1000 Watts Ultra efficient ICEpower®
Frequency Response (Hz, +/- 2dB): 16 - 100
Impedance: 10K Ohm Amp Input
Phase adjustment: Continous +/-180
Blend EQ: +/- 12 dB @45Hz
Max. SPL: 123 dB @1m
Low Pass Filter Slope: 18 dB per octave
Crossover (Hz): 40-100
Dimensions HxWxD (Inches): 27.375 x 18.25 x 18.25
Weight: 120 lbs
Shipping Weight: 204 lbs

Recensioner och artiklar

Best Sound, Home Theater Award at What HiFi India 2020
Daniel Shores: 2020 GRAMMY Award Nominee & Legacy User
“…a highly resolving, high power subwoofer…” Xtreme XD Subwoofer Review
“Legacy Xtreme is Easily The Best Subwoofer…”

About Extreme XD

Our subwoofers are not just gorgeous pieces of furniture, but have the guts and internal volume to get the job done efficiently. The Xtreme XD features a solid granite black inlay and a new 15” driver with spun aluminum black cone and a massive 35 lb. magnet structure. This active 15" driver features an extended stroke and is coupled with a 15" passive radiator, mounted on the bottom of the gorgeous cabinet.

The front mounted preamp control panel allows continuous adjustment of level, crossover frequency, and phase. A special blend EQ control assures perfect integration with your speaker system. The internal amplifier modules are the renowned ICEpower® design. These extremely reliable, wideband units are of the same type used in our flagship V speaker system.

The 1000 watt Xtreme XD also incorporates a dynamic braking coil which utilizes driver back EMF to counter overshoot as the driver reverses direction or comes to a halt.

Using two or more carefully positioned and phased subwoofers can further reduce distortion, minimize response variation due to room modes and enhance transient response.