Power: 2-Ohm Power Output - 300 Watts RMS x 1 channel Total Peak Power Output - 415W 4-Ohm Power Output - 200 Watts RMS x 1 channel Frequency range: 10 Hz - 320 Hz Number of channels : Mono / Subwoofer Sensitivity: 98 dB Dimensions: 52 x 291 x 206 mm DESCRIPTION Equipped with both low-level and high-level inputs The GX-A3001 is equipped with both low-level and high-level inputs, allowing connection to virtually any factory or aftermarket head unit.

Power: MAX 180W Nominal resistance: 2.

Power: MAX 135W Resistance: 4 Ohms Frequency range: 55 - 20,000 Hz Sensitivity: 93 dB Price is for a PAIR.

Power: MAX 90W Resistance: 4 Ohms Frequency range: 75 - 20,000 Hz Sensitivity: 90 dB Price is for PAIR.

ML subwoofers are the ideal solution for any installation.

Power: RMS 350W / MAX 700W Resistance: 4 Ohms Frequency range: 20 - 900 Hz Sensitivity: 91 dB Voice coil diameter: 51 mm Weight: 4.

Power RMS/MAX: @ at 4 ohms / 13.

Power RMS/MAX: @ at 4 ohms RMS / 12V - 4 x 60W @ at 4 ohms / 13.

Power: RMS 600W / MAX 1200W Resistance: 4 Ohms Frequency range: 28 - 700 Hz Sensitivity: 90 dB Voice coil diameter: 65 mm DESCRIPTION Hi-Energy HX 300 car audio subwoofers represent the highest technological expression in terms of low frequency reproduction.

Power: RMS 450W / MAX 900W Resistance: 4 + 4 Ohms Frequency range: 34 - 800 Hz Sensitivity: 88 dB Voice coil diameter: 65 mm DESCRIPTION The HX subwoofers were designed to reproduce the very lowest octaves of the audio spectrum with precision, impact and power.

Power: RMS 450W / MAX 900W Resistance: 4 Ohms Frequency range: 34 - 800 Hz Sensitivity: 89 dB Voice coil diameter: 65 mm DESCRIPTION Hi-Energy HX 250 car audio subwoofers represent the highest technological expression in terms of low frequency reproduction.

Power: RMS 600W / MAX 1200W Resistance: 4 + 4 Ohms Frequency range: 28 - 700 Hz Sensitivity: 90 dB Voice coil diameter: 65 mm DESCRIPTION The HX 300 D car audio subwoofers were designed to reproduce the very lowest octaves of the audio spectrum with precision, impact and power.