Kicker 47QL7R12 L7R Quad 12" Loaded Enclosure - Dual 2 Ohm

*Please note, this is a special order item which means we order it in from our suppliers per every order. This could take up to 10 working days* Introducing the Kicker 47QL7R12 L7R Quad 12" Vented Loaded Enclosure - 2 Ohm, the ultimate solution for powerful bass performance and exceptional sound quality in your vehicle. This premium subwoofer enclosure combines four legendary Kicker L7R 12-inch subwoofers with a precisely tuned vented design, delivering deep, impactful bass that will elevate your car audio experience to new heights. Key Features: Quad 12" L7R Subwoofers: Featuring four high-performance Kicker L7R 12-inch subwoofers, this enclosure delivers massive bass output with clarity and precision. The L7R subwoofers are renowned for their deep, accurate bass response and robust construction, making them ideal for demanding car audio applications. Vented Enclosure Design: The vented enclosure design is precisely tuned to maximize the performance of the L7R subwoofers, ensuring optimal airflow and resonance control for powerful bass reproduction. The vented configuration allows the subwoofers to move air more efficiently, resulting in deeper, louder bass with minimal distortion. High-Quality Construction: Built to withstand the rigors of automotive use, the Kicker 47QL7R12 enclosure features a rugged construction with premium materials. The enclosure is crafted from durable MDF (medium-density fibreboard) and is finished with a high-quality carpet for a sleek, professional look that complements any vehicle interior. 2-Ohm Impedance: The subwoofers in the 47QL7R12 enclosure are wired to a 2-ohm impedance, allowing them to efficiently draw power from your amplifier and maximize performance. With a 2-ohm load, the subwoofers can deliver more power and produce louder, deeper bass compared to higher impedance configurations. Easy Installation: The 47QL7R12 enclosure is designed for hassle-free installation in your vehicle. Simply place the enclosure in the desired lo