American Bass Hurricane Series 15" Subwoofer

The American Bass Hurricane 15" Subwoofer is a high-output, dual-voice-coil 15-inch woofer built for audiophiles seeking bone-rattling low-end in a ported setup.

• RMS POWER: 3000 — Continuous power handling capable of sustained output with proper amplification and enclosure headroom.
• MAX POWER: 6000 — Peak power handling for brief transients; not a continuous rating and depends on proper cooling and wiring.
• IMPEDANCE (OHMS): D1/D2 — Dual voice-coil configuration allowing flexible wiring options to suit your amplifier and vehicle installation.
• SENSITIVITY DB: 87.7/84.4 — Efficiency figures that reflect performance with each coil configuration, indicating how much output you get per watt.
• MOUNTING DEPTH (IN): 11.89 — Depth required behind the mounting surface; plan space accordingly in your vehicle.
• CUTOUT SIZE (IN): 13.78 — Diameter of the mounting cutout needed for installation and fitment accuracy.
• PORTED BOX (FT³): 3.75 — Recommended enclosure volume for a ported design, optimizing low-end extension and efficiency.
• MAGNET SIZE (OZ): 650 — Large magnet assembly for enhanced control and durability under high-power bass signals.
• VOICE COIL SIZE: 3.0" — Coil diameter that influences heat handling and excursion capability in high-power use.
• BASKET TYPE: CAST — Rigid construction that aids alignment, cooling, and long-term durability.
• RECOMMENDED AMP (PAIR): Godfather 7D — Suggested amplifier for a paired setup, helping you match power delivery and impedance for optimal bass performance.

In a performance-focused car audio build, this subwoofer shines when used with a 3.75 ft³ ported enclosure and a dual-voice-coil wiring configuration aligned to your amplifier. The 650 oz magnet and 3.0" voice coil provide strong control and substantial bass output, while the cast basket supports deep excursions. Installation requires an 11.89" mounting depth and 13.78" cutout. For paired installations, the Godfather 7D is the recommended amplifier option to ensure proper power delivery and impedance matching.