DS18 AUDIO DS18 Flush/Surface Mount 4 Channel Class D Amplifier w/Acrylic Cover 4x180W RMS @ 4 Ohm [FX4]

DS18 AUDIO DS18 Flush/Surface Mount 4 Channel Class D Amplifier w/Acrylic Cover 4x180W RMS @ 4 Ohm [FX4]

Based on 0 reviews. - Write a review

$96.59

Qty

Add to Cart

Buy Now Question

Add to Wish List

Description

Flush/Surface Mount 4-Channel Class D Amplifier with Acrylic Cover - 4x180W RMS @ 4 Ohm

Experience the pinnacle of car audio performance with DS18’s FX4!

Designed and manufactured specifically for professional car audio applications, the FX4 combines high-quality sound and a compact footprint for effortless installation.

The FX Series from DS18 offers a unique advantage over standard amplifiers - the ability to be installed in both flush and surface applications. With the included surface mode adapter, the FX4 can seamlessly integrate into any custom car audio build, ensuring optimal performance without sacrificing space or style. Plus, the integrated Digital LED lights on the adapter add a touch of elegance to your car audio setup, making it a visually stunning focal point.

Featuring an IPX5 water-resistant design (when flush mounted) and coated 4-layer PCB, this amplifier is built to withstand harsh conditions and prevent corrosion. The flush or surface installation mode makes it easy to install on ATV/RV roofs, boat walls, car audio panels, or racks, ensuring a clean and professional look.
With its stable and reliable Class D circuit design, LED clipping indicator for easier adjustment, selectable/variable crossovers, direct insert power, speaker terminals, and easy installation process, the FX4 is a true powerhouse in the world of car audio.

Delivering MAX power of 3000W and RMS power of 180W x 4 at 4 ohms, 250W x 4 at 2-ohm, and 500W x 2 at 4-ohm Bridge; the FX4 packs a powerful punch.

Elevate your car audio experience to new heights with DS18’s FX4!

*The FX Series adapters are not designed to be water-resistant. Please exercise caution to prevent water contact with the RGB LEDs, as exposure may result in a short circuit*

Features: