Durable Jl Audio - Gotham® V2 G213v2-gloss Instant 90% Discount [V5SKgZCT]

JL Audio Gotham® V2: The Ultimate Subwoofer Experience

Step into the realm of high-end audio with the JL Audio Gotham® V2, a subwoofer system that promises an extraordinary listening experience. Crafted with meticulous attention to detail, the Gotham® V2 doesn't just promise to deliver; it exceeds expectations with its stunning design, exceptional craftsmanship, and unparalleled performance. This is a subwoofer that is not just a part of your home theater setup; it is a centerpiece that elevates your audio enjoyment to new heights.

Powerhouse Performance and Unmatched Craftsmanship

The Gotham® V2 is powered by dual 13.5-inch subwoofers, capable of delivering an astonishing 4500 watts of RMS power. This powerhouse subwoofer system is designed to handle even the most demanding audio material without compromise. Its cabinet is constructed from durable fiberglass with a 2-inch wall thickness, ensuring structural integrity and optimal sound quality. The luxurious gloss-black finish, complemented by machined aluminum and stainless steel accents, seamlessly integrates with the finest home furnishings, making the Gotham® V2 a visual and auditory delight.

Innovative Signal Processing and Connectivity

The Gotham® V2 is equipped with an extensive array of signal processing features, providing users with ultimate control and flexibility. A highly flexible low-pass filter, variable phase, and switchable polarity ensure precise tuning to your specific room requirements. The included Digital Automatic Room Optimization (D.A.R.O.) system, along with a calibrated microphone, allows for easy and accurate room calibration. With input connections via unbalanced RCA or balanced Neutrik® combo XLR/TRS jacks, and an XLR output for connecting a second Gotham® V2 as a slave unit, the Gotham® V2 offers seamless integration into your home theater system. Experience the full potential of your audio setup with the JL Audio Gotham® V2, a subwoofer that redefine the boundaries of sound.