Kali Audio IN-8 WS-6.2 Stereo Set

Active Studio Subwoofer with 2 x 6.5-Inch Long-Throw Woofers!

The WS-6.2 is an active studio subwoofer featuring 2 x 6.5-inch long-throw woofers. It’s designed to be both powerful and compact, taking up less than half the space of comparable subwoofers. Despite its small footprint, it delivers a maximum sound pressure level of 120 dB and a low frequency response down to 27 Hz.

The woofers are arranged horizontally opposite each other to minimize unwanted vibrations. A built-in 80 Hz high-pass output makes it ideal for pairing with most common studio monitors, including Kali Audio’s LP and IN series.

In addition to the 80 Hz crossover, the subwoofer can be set to LFE mode or used with an external crossover. The polarity can also be reversed if needed.

Like all Kali speakers, the WS-6.2 features a unique port tube that virtually eliminates "chuffing" and port compression, enabling clear, powerful bass with minimal distortion.

3-Way 8" Nearfield Monitor with Coaxial Mid/High Driver

As an evolution of the successful LP-8, the IN-8 2nd Wave inherits its sophisticated bass reflex system and the same high-output woofer. Instead of the usual tweeter with 3D imaging waveguides, it uses a coaxial mid-high driver combination. The profile-optimized 4" midrange driver also acts as a waveguide. By limiting peak excursion to 1 mm, intermodulation distortion common in coaxial systems is avoided. The midrange driver also relieves the woofer and tweeter, resulting in a more harmonious and distortion-free performance compared to conventional 2-way studio monitors.

XLR Cable

Stage Pro-Line cables use only oxygen-free copper, ensuring durable, consistent quality and corrosion resistance. The connectors are hand-soldered and feature strain relief clamps to keep solder joints free from mechanical stress. A high-density copper shield effectively protects the audio signal from handling noise and electromagnetic interference, such as from power supplies and power cables. This guarantees low conductor capacitance and crystal-clear audio transmission.