Orion XTRPRO154D – 15 Inch Dual 4 Ohm Competition Subwoofer | 2000W RMS Bass Power

Extreme-Output 15 Inch Subwoofer Built for Maximum Bass Performance The Orion XTRPRO154D delivers massive bass for serious audio systems. Specifically, this 15 inch dual 4 ohm competition subwoofer produces deep and controlled low frequencies with authority. As a result, it excels in extreme builds. With 2000W RMS and 8000W peak power, it supports high-output systems that demand strength and reliability. Additionally, the dual 4-ohm voice coil design provides flexible wiring options. Because of this, you can match amplifier loads more easily. Therefore, the XTRPRO154D fits competition systems, high-output daily drivers, and advanced SPL setups. Built for Extreme Power and Control To handle massive power, the XTRPRO154D uses a UV-coated reinforced paper cone. Moreover, it includes a durable Santoprene surround. Together, these parts control cone movement and keep bass tight and accurate. At its core, the subwoofer uses a 3-inch aluminum-wound voice coil on a Kapton former. As a result, it manages heat more effectively during heavy use. In addition, dual flat Conex spiders with loop-stitched tinsel leads keep the moving parts stable during extreme excursion. A massive 373 oz ferrite magnet motor structure delivers exceptional control and efficiency. Therefore, bass stays deep and powerful at high output levels. The proprietary cast aluminum frame also adds rigidity and improves airflow for cooling. Ideal For Competition-level and extreme SPL systems High-output daily-driven builds Multi-subwoofer bass walls Performance-focused custom car audio installs Key Features 15 inch dual 4 ohm competition subwoofer 2000W RMS / 8000W peak power handling 3” aluminum-wound voice coil on Kapton former Dual flat Conex spiders with loop-stitched tinsel leads UV-coated reinforced paper cone Santoprene surround for controlled high excursion Polypropylene dustcap for added cone strength Proprietary cast aluminum basket Massive 373 oz ferrite magnet motor structure Designed for high